Sources
The 713 documents this base is built on, and the ones it looked for and did not get.
11 of the 713 are not in the archive. They stay in the list because a source that could not be read is a fact about the evidence. The column says which kind: a document that does not exist, one read and not archived, one not obtained, or one whose publisher refused access. Those are four different facts.
| Source | Title | Author | Year | Tier | If not in the archive |
|---|---|---|---|---|---|
| SRC-001 | Design and Experimental Validation of a 112-Element Cross-Helix Array for Retrodirective Wireless Power Transmission | Hossein Mardani, Yat Hin Chan, Raymond Dickie, et al. | 2026 | T2 | |
| SRC-002 | Space-based solar power systems: Architectural evolution, wireless power transmission challenges, and engineering implementation | Mei Lu | 2026 | T2 | |
| SRC-003 | Advanced Solar Cells with Thermal, Radiation, and Light Management for Space-Based Solar Power | Eduardo Camarillo Abad, Kai Sun, Armin Barthel, et al. | 2025 | T2 | |
| SRC-004 | In-orbit assembly of high-value modular infrastructures: Holistic analysis and mission concepts | Manu H. Nair, Mini C. Rai, Sarah Reade, et al. | 2025 | T2 | |
| SRC-005 | Investigation on Received Power of Space Solar Power Systems using Large Planar Satellites in Quasi-Geostationary Earth Orbit | Makoto Ito, Tsukasa Funane, Yosuke Tanabe, et al. | 2025 | T2 | |
| SRC-006 | Space solar power generation: A viable system proposal and technoeconomic analysis | Oren S. Mizrahi, Phillip Jahelka, Eleftherios Gdoutos, et al. | 2025 | T2 | |
| SRC-007 | The Environmental Impact of Collisions with Large Space Structures: The Case of Solar Power Satellites | Pietro De Marchi, James Campbell, Yirui Wang, et al. | 2025 | T5 | |
| SRC-008 | The high power electricity generation and WPT demonstration mission - Proposed first step to develop space solar power | Xinbin Hou, Lu Zhou, Shiwei Dong, Dele Shi, Enjie Zhang, Guangda Chen, Huaiqing Zhang (as printed on PDF p.1) | 2025 | T2 | |
| SRC-009 | Avoiding greenwash in reporting life cycle greenhouse gas emissions of space solar power: environmentally-extended input-output versus process-based approaches | Andrew Ross Wilson, Haroon B. Oqab, George B. Dietrich | 2024 | T5 | |
| SRC-010 | Power from the Sun: Its Future (Revisited) | Anthony Peters, Vasilis Fthenakis | 2024 | T5 | |
| SRC-011 | SBSP Developments Tracker | unknown | 2024-2025 | T6 | |
| SRC-012 | Space Based Solar Power. | Erica Rodgers, Ellen Gertsen, Jordan Sotudeh, et al. | 2024 | T3 | |
| SRC-013 | Survey of Space Based Solar Power (SBSP): A Comparison of SBSP Reference Designs and their Economics | Virtus Solis | 2024 | T4 | |
| SRC-014 | Central European Academy (CEA Publishing) | 2024 | T2 | ||
| SRC-015 | Validation of a Large Retrodirective CASSIOPeiA Solar Power Satellite Antenna Array | Neil Buchanan, Yat Hin Chan, Hossein Mardani, et al. | 2024 | T2 | |
| SRC-016 | Life Cycle Assessment of the UK Space Energy Initiative Technology Roadmap | Andrew R. Wilson, Massimiliano Vasile, Haroon B. Oqab | 2022 | T2 | |
| SRC-017 | Catching the Sun: A National Strategy for Space Solar Power | Beyond Earth Institute | 2021 | T4 | |
| SRC-018 | Space Based Solar Power as a Contributor to Net Zero - Phase 2: Economic Feasibility - Annex A: Model Implementation | Henry Cathcart, Michael Hall, Sam White | 2021 | T4 | |
| SRC-019 | Space Based Solar Power as a Contributor to Net Zero - Phase 2: Economic Feasibility - Annex B: Input Data Sources | Peter Entwistle, Michael Hall, Sam White | 2021 | T4 | |
| SRC-020 | Space Based Solar Power as a Contributor to Net Zero - Annex C: Economic Assessment Detailed Methodology and Data Tables | Doug Godden, Michael Hall, Sam White | 2021 | T4 | |
| SRC-021 | Space Based Solar Power as a Contributor to Net Zero - Phase 2: Economic Feasibility | Sam White, Henry Cathcart, Michael Hall, et al. | 2021 | T4 | |
| SRC-022 | Space Based Solar Power: De-risking the pathway to Net Zero | Frazer-Nash Consultancy Ltd (for BEIS) | 2021 | T4 | |
| SRC-023 | Space Based Solar Power: De-risking the pathway to Net Zero | Frazer-Nash Consultancy | 2021 | T4 | |
| SRC-024 | Space Based Solar Power as a Contributor to Net Zero - Phase 1: Engineering Feasibility Report | S. Way, J. Lamyman, P. Entwistle | 2020 | T4 | |
| SRC-025 | Opportunities and Challenges for Space Solar for Remote Installations | Paul Jaffe, Avram Bar-Cohen, Kaylin Borders, et al. | 2019 | T3 | |
| SRC-026 | CASSIOPeiA - A new paradigm for space solar power | Ian Cash | 2019 | T2 | |
| SRC-027 | SPS-ALPHA: The First Practical Solar Power Satellite via Arbitrarily Large Phased Array | John C. Mankins | 2012 | T3 | |
| SRC-028 | China Walks the US-India Space Solar Power Dream | Rajeswari Pillai Rajagopalan, Rahul Prakash | 2011 | T5 | |
| SRC-029 | Space Solar Power: The First International Assessment of Space Solar Power - Opportunities, Issues and Potential Pathways Forward | John C. Mankins, Nobuyuki Kaya (co-editors) | 2011 | T4 | |
| SRC-030 | Alternative Orbits: A New Space Solar Power Reference Design | Royce Jones | 2010 | T5 | |
| SRC-031 | Costs, Organization, and Roadmap for SSP | Peter J. Schubert | 2010 | T5 | |
| SRC-032 | Deploying Sunsats | Philip K. Chapman | 2010 | T5 | |
| SRC-033 | Disruptive Technology: A Space-Based Solar Power Industry Forecast | Kristin Medin | 2010 | T5 | |
| SRC-034 | Energy Costs Eliminated By Satellite System | Joleroy Gauger | 2010 | T5 | |
| SRC-035 | Harnessing the Sun: Embarking on Humanity's Next Giant Leap | Feng Hsu | 2010 | T5 | |
| SRC-036 | Legal Challenges Facing Solar Power Satellites | Kiantar Betancourt | 2010 | T5 | |
| SRC-037 | Legal Issues for Space Based Solar Power | Mark I. Wallach | 2010 | T5 | |
| SRC-038 | Low Cost Access to Space is Key to Solar Power Satellite Deployment | Ralph H. Nansen | 2010 | T5 | |
| SRC-039 | Server Sky - Data Centers in Orbit | Keith Lofstrom | 2010 | T5 | |
| SRC-040 | Sky's No Limit: Space-Based Solar Power, The Next Major Step in The Indo-US Strategic Partnership? | Peter A. Garretson | 2010 | T3 | |
| SRC-041 | Solar Power Satellite Development: Advances in Modularity and Mechanical Systems | W. Keith Belvin, John T. Dorsey, Judith J. Watson | 2010 | T5 | |
| SRC-042 | Space Solar Power Via Prizes | Al Globus | 2010 | T5 | |
| SRC-043 | Space Solar vs Base Load Ground Solar and Wind Power | John K. Strickland Jr. | 2010 | T5 | |
| SRC-044 | The Sunsat Act - Transforming our Energy, Economy and Environment | Darel Preble | 2010 | T5 | |
| SRC-045 | Why Has SPS R&D Received So Little Funding? | Karen Cramer Shea | 2010 | T5 | |
| SRC-046 | Financial and Organizational Analysis for a Space Solar Power System: A Business Plan to Make Space Solar Power a Reality | Sun Xin, Evelyn Panier, Cornelius Zund, et al. | 2009 | T2 | |
| SRC-047 | Space-based Solar Power: Possible Defense Applications and Opportunities for NRL Contributions | W. Neil Johnson, Keith Akins, James Armstrong, et al. | 2009 | T3 | |
| SRC-048 | The Vision for Producing Fresh Water Using Space Power | W. Kent Tobiska, Flint Ogle, Fred Slane | 2009 | T4 | |
| SRC-049 | Recommendation on Space-Based Solar Power | Space Enterprise Council (collective; no individual author) | 2008 | T4 | |
| SRC-050 | Space-Based Solar Power: Inexhaustible Energy From Orbit | John C. Mankins | 2008 | T5 | |
| SRC-052 | URSI White Paper on Solar Power Satellite (SPS) Systems (in The Radio Science Bulletin, No. 321, June 2007) | unknown (URSI working group; no single lead author stated) | 2007 | T4 | |
| SRC-052b | URSI White Paper on Solar Power Satellites, in Radio Science Bulletin No 321 | URSI Inter-Commission Working Group on SPS (leadership: H. Matsumoto, K. Hashimoto; Board: K. Schlegel) | 2007-06 | T2 | |
| SRC-053 | Reinventing the Solar Power Satellite | Geoffrey A. Landis | 2004 | T3 | |
| SRC-054 | Laying the Foundation for Space Solar Power: An Assessment of NASA's Space Solar Power Investment Strategy | unknown (National Research Council committee) | 2001 | T3 | |
| SRC-055 | Autonomous Construction and Manufacturing for Space Electrical Power Systems (Final Report, NSF-NASA Workshop) | George Bekey, Ivan Bekey, David Criswell, et al. | 2000 | T3 | |
| SRC-056 | A Fresh Look at Space Solar Power: New Architectures, Concepts and Technologies | John C. Mankins | 1997 | T5 | |
| SRC-057 | Space Solar Power Program: Final Report (Part 1) | International Space University (ISU) | 1992 | T4 | |
| SRC-058 | Space Solar Power Program: Final Report (Part 2, continuation) | International Space University (ISU) | 1992 | T4 | |
| SRC-059 | An Evolutionary Model for Space Solar Power | Nicholas Boechler, Sameer Hameer, Sam Wanis, et al. | unknown | T5 | |
| SRC-060 | KALAM-National Space Society Energy Technology Universal Initiative: An International Preliminary Feasibility Study on Space Based Solar Power Stations | R. Gopalaswami | unknown | T4 | |
| SRC-061 | Operational Demonstration of Space Solar Power (SSP): Economic Analysis of a First Revenue Satellite (FRS) | A.C. Charania, John R. Olds, Dominic DePasquale | unknown | T5 | |
| SRC-062 | Passive Phase Multiplication as a Means Towards Low-Cost, High-Performance Phased Array Antennas | Ian Cash, Kin-Fai Tong, Allann Al-Armaghany | unknown | T5 | |
| SRC-064 | GEO high power WPT demonstration mission-The proposed second step to develop space solar power. Space Solar Power and Wireless Transmission 2(4), 198-206, December 2025. | Xinbin Hou, Lu Zhou, Xiaoqi Huang, Shiwei Dong, Dele Shi (as printed on PDF p.1) | 2025 | T2 | |
| SRC-075 | ICNIRP Guidelines for Limiting Exposure to Electromagnetic Fields (100 kHz to 300 GHz), Health Phys 118(5):483-524 | International Commission on Non-Ionizing Radiation Protection | 2020 | T1 | |
| SRC-076 | RAF036/2425: Feasibility of Small-Scale Space Based Solar Power Systems for Early Market Adoption - Final report | Frazer-Nash Consultancy, Space Solar Engineering Ltd, Imperial College London | 2025 | T4 | |
| SRC-077 | Wireless power transfer in space using flexible, lightweight, coherent arrays (Caltech MAPLE). Acta Astronautica vol. 224, pp. 226-243, 2024 (online 9 August 2024); doi:10.1016/j.actaastro.2024.08.006 | Ayling, Fikes, Mizrahi, et al. (first four authors equal contribution, listed alphabetically; O. S. Mizrahi corresponding) | 2024 | T1 | |
| SRC-078 | Study on Cost-Benefit Analysis of Space-Based Solar Power Generation for Terrestrial Energy Needs - Final Report | Frazer-Nash Consultancy for the European Space Agency | 2022 | T4 | |
| SRC-079 | Resolution 813 (WRC-23): Agenda for the 2027 world radiocommunication conference | International Telecommunication Union | 2023 | T1 | |
| SRC-080 | ESSB-ST-U-007 Issue 1 Rev 1: ESA Space Debris Mitigation Requirements | European Space Agency | 2025 | T1 | |
| SRC-082 | Wireless Power Transmission for Solar Power Satellite (SPS), second draft | Naoki Shinohara | unknown | T2 | |
| SRC-083 | Global Orbital Space Launches: 2025 Year in Review | BryceTech | 2026 | T2 | |
| SRC-084 | Global Orbital Space Launches: Q4 2025 | BryceTech | 2026 | T2 | |
| SRC-085 | Satellite Power System (SPS) Concept Development and Evaluation Program - Reference System Report, DOE/ER-0023 | US Department of Energy and NASA | 1978 | T3 | |
| SRC-086 | Environmental Assessment for the Satellite Power System-Concept Development and Evaluation Program-Microwave Health and Ecological Effects. DOE/ER/10035-2, November 1980. | US Department of Energy and Environmental Protection Agency | 1980-11 | T3 | |
| SRC-088 | GB2563574A: A phased array antenna and apparatus incorporating the same (UK patent application, A publication 26.12.2018) | Ian James Cash (applicant: International Electric Company Limited) | 2018 (filed 2017-06-05) | T3 | |
| SRC-089 | Companies House filed accounts, Space Solar Group Holdings Ltd (14542128) to 2025-12-31 | Space Solar Group Holdings Limited | 2026 | T1 | |
| SRC-090 | Companies House register of officers and PSC records, Space Solar entities, Cassiopeia Solar Ltd, International Electric Company Ltd, Frazer-Nash Consultancy Ltd (02562870) | Companies House | 2026-09-02 | T1 | read, not archived |
| SRC-091 | EP3635817B1: A phased array antenna and apparatus incorporating the same | Ian James Cash (applicant: International Electric Company Ltd) | 2022-06-01 | T3 | |
| SRC-092 | CN110998976B: A phased array antenna and apparatus incorporating the same | Ian James Cash (current assignee: Cassiopeia Solar Limited, transfer recorded 2023-05-12) | 2022-03-11 | T3 | |
| SRC-093 | Companies House filed accounts, Cassiopeia Solar Ltd (14465681) to 2025-09-30 | Cassiopeia Solar Limited | 2026 | T1 | |
| SRC-098 | Environmental Considerations for the Microwave Beam from a Solar Power Satellite, 13th Intersociety Energy Conversion Engineering Conference, San Diego CA | G. D. Arndt and L. Leopold (NASA Johnson Space Center) | 1978-08 | T3 | no document |
| SRC-100 | URSI White Paper on Solar Power Satellite Systems (clean full text, 194 pp) | URSI Inter-Commission Working Group on SPS (H. Matsumoto, K. Hashimoto; Board K. Schlegel) | 2007-06 | T2 | |
| SRC-101 | Resolution ITU-R 910 (WRC-23), wireless power transmission frequency studies | International Telecommunication Union | 2023 | T1 | |
| SRC-102 | Report ITU-R SM.2392-1, Applications of wireless power transmission via radio frequency beam | International Telecommunication Union | 2021-06 | T1 | |
| SRC-103 | Report ITU-R SM.2505-0, WPT impact studies and human hazard issues | International Telecommunication Union | 2022-07 | T1 | |
| SRC-104 | Ionospheric interactions with high-power microwave beams, ESA/University of Leicester review | T. R. Robinson, M. Yeoman, R. Dhillon | 2004 | T2 | |
| SRC-105 | Full-Path Nonlinear Modeling of Microwave Power Transmission Through Ionospheric Plasma for SSPS | Guo et al. | 2026-07-14 | T5 | |
| SRC-106 | HAARP for space solar power ionospheric testing, arXiv 1401.1779 | M. Leitgab and S. Cowley | 2014 | T5 | |
| SRC-107 | NASA RP-1076: Satellite Power System (SPS) Magnetron Tube Assessment / SPS Power Transmission and Reception Technical Summary and Assessment, 281 pp | R. H. Dietz, G. D. Arndt, L. Leopold (NASA JSC) | 1981 | T3 | |
| SRC-108 | Ionosphere/Microwave Beam Interaction Study, NASA-CR-151821 | Wm. E. Gordon and Lewis M. Duncan, William Marsh Rice University | 1978 | T3 | |
| SRC-109 | Simulation of D and E Region High-Power Microwave Heating with HF Ionospheric Modification Experiments | G. Meltz (United Technologies Research Center), C. M. Rush and E. J. Violette (Institute for Telecommunication Sciences) | 1981 | T3 | |
| SRC-110 | DOE/ER-10003-T2: Effects of Ionospheric Heating on Telecommunications | US Department of Energy | 1980 | T3 | |
| SRC-111 | PNL-2482: Initial Assessment of Electromagnetic Compatibility of the SPS Microwave Power Transmission System | Pacific Northwest Laboratory | 1978 | T3 | |
| SRC-112 | Space-Based Solar Power Conversion & Delivery Systems Study, Volume III: Microwave Power Transmission Studies -- NASA-CR-150296; 1 March 1977 | Raytheon Company, Equipment Division (ionospheric effects portion directed by A. H. Katz, with L. Holway and G. Meltz participating, as the Foreword states) | 1977-03 | T3 | |
| SRC-113 | OMEGA / Sun-Chasing SSPS ground prototype, Engineering | Duan Baoyan et al., Xidian University | 2024 | T2 | |
| SRC-116 | Self-focusing of radio waves in an underdense ionosphere, J. Geophys. Res. 86(A2) 600-608 | F. W. Perkins and M. V. Goldman | 1981 | T1 | |
| SRC-117 | LA-UR-80-1562 / CONF-800672-1, SPS Environmental Effects on the Upper Atmosphere, Intl Symposium on Solar Power Satellites, Toulouse, 25-27 June 1980. | Lewis M. Duncan, Los Alamos Scientific Laboratory | 1980-06 | T3 | |
| SRC-119 | Madrigal incoherent scatter radar measurements, Sondrestrom 67.0N, F-region 200-300 km, solar max 2000 and solar min 2008. | Sondrestrom IS Radar via Madrigal / CEDAR openmadrigal | 2000, 2008 | T1 | |
| SRC-120 | Madrigal incoherent scatter radar measurements, Millstone Hill 42.6N, F-region 200-300 km, screened to geodetic latitude 40-46N, solar max 2000 and solar min 2008. | Millstone Hill IS Radar (instrument code 30) via Madrigal, obtained over plain HTTP from millstonehill.haystack.mit.edu | 2000, 2008 | T1 | |
| SRC-121 | PyIRI 0.1.7 modelled electron density at UK coordinates 52.5N 1.5W and Chilton 51.6N 1.3W, three seasons x noon/midnight x solar min/max x 200/250/300 km | PyIRI, Forsythe et al. 2023, Space Weather; run locally | 2026-09-02 | T1 | |
| SRC-122 | IGRF-14 magnetic dip angle (inclination) at UK, Chilton, Sondrestrom, Millstone Hill and Huancayo, ground and 250 km, epoch 2026.5, full spherical harmonic field and degree-1-only | IGRF-14 via ppigrf 2.1.0 (Laundal), coefficient file IGRF14.shc; run locally and independently re-derived | 2026-09-02 | T1 | |
| SRC-124 | Interactions between Microwave Beam and Ionosphere | H. Usui | 2008 | T2 | |
| SRC-125 | Temporal evolution of pump beam self-focusing at the High-Frequency Active Auroral Research Program | M. J. Kosch et al. | 2007 | T1 | |
| SRC-127 | Microwave Power Transmission Technologies for Solar Power Satellites, Proceedings of the IEEE 101(6), June 2013, p.1442 section E. | S. Sasaki, K. Tanaka, K. Maki | 2013 | T2 | |
| SRC-128 | Lee and Kuo, JGR 1984, on geomagnetic field perturbation by an SPS beam. | M. C. Lee, S. P. Kuo | 1984 | T2 | not obtained |
| SRC-129 | Kaya and Matsumoto, GRL 1981, space chamber experiment of ohmic heating by high power microwave from SPS. | N. Kaya, H. Matsumoto | 1981 | T1 | not obtained |
| SRC-130 | Farley, LaHoz and Fejer, JGR 1983, Studies of the self-focusing instability at Arecibo. | D. T. Farley, C. LaHoz, B. G. Fejer | 1983 | T1 | not obtained |
| SRC-132 | Nonlinear effects in the ionosphere, Physics-Uspekhi (UFN) review. | A. V. Gurevich | 2007 | T2 | |
| SRC-133 | Nonlinear resonant instability of a plasma in the field of an ordinary electromagnetic wave. Sov. Phys.-JETP 42(1), 91-97. Russian original Zh. Eksp. Teor. Fiz. 69, 176-188 | V. V. Vas'kov; A. V. Gurevich | 1975 | T2 | |
| SRC-134 | The statistical dependence of auroral absorption on geomagnetic and solar wind parameters. Annales Geophysicae 22, 877-887 | A. J. Kavanagh; M. J. Kosch; F. Honary; A. Senior; S. R. Marple; E. E. Woodfield; I. W. McCrea | 2004 | T1 | |
| SRC-135 | NOAA SWPC geomagnetic storm G-scale occurrence table | NOAA Space Weather Prediction Center | 2023-12-11 | T3 | |
| SRC-137 | ICNIRP Guidelines for Limiting Exposure to Electromagnetic Fields (100 kHz to 300 GHz), 2020. | ICNIRP | 2020 | T1 | |
| SRC-138 | Recommendation ITU-T K.52 (08/2024). | ITU | 2022, 2024 | T1 | |
| SRC-141 | Matsuura, Radio Research Laboratory Quarterly 28(148) 723-730, in Japanese. | N. Matsuura (the title page prints 松浦延夫 and no romanised name; initial corrected from H. 2026-09-19, 延夫 read Nobuo as CLM-0126's src has it) | 1982 | T3 | |
| SRC-142 | Matsumoto, Butsuri (Physical Society of Japan bulletin), in Japanese. | H. Matsumoto | 1994 | T5 | |
| SRC-145 | Annual Technology Baseline 2025, electricity edition. | NREL / National Laboratory of the Rockies | 2025 | T1 | |
| SRC-146 | Levelized Cost of Energy+ 2026, incorporating Levelized Cost of Energy Analysis Version 19.0 and Levelized Cost of Storage Analysis Version 11.0. | Lazard | 2026 | T4 | |
| SRC-153 | Renewable Power Generation Costs in 2023, published September 2024. | IRENA | 2024 | T3 | |
| SRC-154 | Electricity Generation Costs 2025, published January 2026, updated March 2026. | UK Department for Energy Security and Net Zero (DESNZ) | 2026 | T3 | |
| SRC-155 | Electricity Generation Costs 2025, Annex A: additional estimates and key assumptions. | UK Department for Energy Security and Net Zero (DESNZ) | 2026 | T3 | |
| SRC-156 | Electricity Generation Costs 2025, Annex B: example LCOE calculator. | UK Department for Energy Security and Net Zero (DESNZ) | 2026 | T3 | |
| SRC-161 | Projected Costs of Generating Electricity, 2020 edition | IEA and OECD Nuclear Energy Agency | 2020 | T3 | |
| SRC-162 | Contracts for Difference allocation round 1 (AR1) results, 2015. | UK Department of Energy and Climate Change | 2015 | T1 | |
| SRC-163 | Contracts for Difference allocation round 2 (AR2) results, 2017. | UK Department for Business, Energy and Industrial Strategy | 2017 | T1 | |
| SRC-164 | Contracts for Difference allocation round 3 (AR3) results, 2019. | UK Department for Business, Energy and Industrial Strategy | 2019 | T1 | |
| SRC-165 | Contracts for Difference allocation round 4 (AR4) results, 2022. | UK Department for Business, Energy and Industrial Strategy | 2022 | T1 | |
| SRC-166 | Contracts for Difference allocation round 5 (AR5) results, 2023. | UK Department for Energy Security and Net Zero | 2023 | T1 | |
| SRC-167 | Contracts for Difference allocation round 6 (AR6) results, 2024. | UK Department for Energy Security and Net Zero | 2024 | T1 | |
| SRC-168 | Contracts for Difference allocation rounds 7 and 7a (AR7 / AR7a) results, January and February 2026. | UK Department for Energy Security and Net Zero | 2026 | T1 | |
| SRC-169 | Modular Multirotary Joints SPS Concept - Challenges and Design Considerations. IEEE Transactions on Aerospace and Electronic Systems, vol. 61 no. 1. Received 13 March 2024, accepted 5 August 2024, published 12 August 2024, version of record 11 February 2025. | Xinbin Hou; Zhengai Cheng; Xin Wang; Changjun Liu (IEEE) | 2025 | T2 | |
| SRC-170 | Hypermodular Self-Assembling Space Solar Power - Design Option for Mid-Term GEO Utility-Scale Power Plants | Martin Leitgab | 2013 | T5 | |
| SRC-171 | Solar Cell Degradation Due to Proton Belt Enhancements During Electric Orbit Raising to GEO | Alexander R. Lozinski; Richard B. Horne; Sarah A. Glauert; Giulio Del Zanna; Daniel Heynderickx; Hugh D. R. Evans | 2019 | T1 | |
| SRC-172 | NEXT-C Flight Ion System Status, AIAA 2020-3604. | Fisher; Ferraiuolo; Monheiser; Goodfellow; Hoskins; Myers (Aerojet Rocketdyne); Bontempo; McDade (ZIN Technologies); O'Malley; Soulas; Shastry; Gonzalez (NASA Glenn), as printed on the title page | 2020 | T4 | |
| SRC-173 | Boeing Low-Thrust Geosynchronous Transfer Mission Experience | Mark Poole and Monte Ho (Boeing Satellite Development Center) | 2007 | T4 | |
| SRC-174 | Levelized Costs of New Generation Resources in the Annual Energy Outlook 2022. | US Energy Information Administration | 2022 | T3 | |
| SRC-178 | System LCOE: What are the costs of variable renewables? Energy 63. | Falko Ueckerdt; Lion Hirth; Gunnar Luderer; Ottmar Edenhofer | 2013 | T2 | |
| SRC-179 | The market value of variable renewables. Energy Economics 38, p.218. | Lion Hirth | 2013 | T2 | |
| SRC-181 | Endogenous Assessment of the Capacity Value of Solar PV in Generation Investment Planning Studies. IEEE Trans. Sustainable Energy. | Francisco D. Munoz; Andrew D. Mills | 2015 | T2 | |
| SRC-183 | AR6 Working Group III, Annex I (Glossary). | IPCC | 2022 | T3 | |
| SRC-186 | What is the Minimum EROI that a Sustainable Society Must Have? Energies 2(1), pp.25-47. | Charles A. S. Hall; Stephen Balogh; David J. Murphy | 2009 | T2 | |
| SRC-187 | Methodology Guidelines on Life Cycle Assessment of Photovoltaic Electricity, 4th edition. IEA PVPS Task 12. | IEA PVPS Task 12 (R. Frischknecht and colleagues; full author list not transcribed pending a DN-19 check) | 2020 | T3 | |
| SRC-188 | Land-Use Requirements for Solar Power Plants in the United States. NREL/TP-6A20-56290. | S. Ong; C. Campbell; P. Denholm; R. Margolis; G. Heath | 2013 | T3 | |
| SRC-189 | Land-use intensity of electricity production and tomorrow's energy landscape. PLOS ONE. | Jessica Lovering; Marian Swain; Loren Blomqvist; Rebecca R. Hernandez | 2022 | T2 | |
| SRC-190 | The Applicability of MPD Thrusters to Satellite Power Systems | R. M. Jones; L. K. Rudolph (Jet Propulsion Laboratory) | 1980 | T3 | |
| SRC-195 | NREL/NLR Annual Technology Baseline 2025, utility-scale battery storage cost projections, via the OSTI bibliographic record. | NREL / National Laboratory of the Rockies | 2025 | T3 | |
| SRC-197 | ITU Resolution 910 (WRC-23), printed at pages 759-760 of the WRC-23 Final Acts | International Telecommunication Union | 2023 | T1 | |
| SRC-198 | US Air Force Research Laboratory SSPIDR / Arachne programme fact sheet and associated reporting. | US Air Force Research Laboratory | 2026 | T3 | |
| SRC-203 | Study on Cost-Benefit Analysis of Space-Based Power Generation (SBSP) for Terrestrial Energy Needs - executive summary brochure, EN edition. | Roland Berger GmbH with OHB System AG | 2022 | T4 | |
| SRC-204 | TN 01 SBSP Study Review. Issue 01, 21.02.2022 | OHB System AG for Roland Berger / ESA | 2022 | T4 | |
| SRC-205 | TN 02 SBSP Methodology. Issue 01, 28.02.2022. Data Classification: Public | Roland Berger GmbH with OHB System AG | 2022 | T4 | |
| SRC-206 | TN 03 System breakdown, costs and technical feasibility of a SPS. Issue 01, 14.07.2022, 59 pp, Data Classification: Public. | OHB System AG for Roland Berger / ESA | 2022 | T4 | |
| SRC-207 | TN 04 Assessment of strategic, economic, environmental, and societal benefits, costs, and risks. Approved 11 August 2022 by Manfred Hader, Senior Partner of Roland Berger. | Roland Berger GmbH with OHB System AG | 2022 | T4 | |
| SRC-208 | TN 05 Concept for a European SBSP development program. Approved 11 August 2022 by Manfred Hader, Senior Partner of Roland Berger | Roland Berger GmbH with OHB System AG | 2022 | T4 | |
| SRC-209 | From Sputnik to Starship: Estimating the experience curve of space launch technology. PNAS Nexus 5(7):pgag217, DOI 10.1093/pnasnexus/pgag217. | Alessio Terzi, Francesco Nicoli | 2026 | T2 | |
| SRC-210 | Cost Evaluation of In-Space Transportation of a Solar Power Satellite Using OTVs with Hall Thruster Propulsion Systems. Trans. JSASS Aerospace Tech. Japan 12(ists29):Po_1_7-Po_1_12, DOI 10.2322/tastj.12.po_1_7. | Yuki Ito, Masakatsu Nakano, Tony Schoenherr, Shinatora Cho, Kimiya Komurasaki, Hiroyuki Koizumi | 2014 | T2 | |
| SRC-211 | An analysis of launch cost reductions for low Earth orbit satellites. Economics Bulletin 42(3):1561-1574. | Nodir Adilov, Peter Alexander, Brendan Cunningham, Nikolas Albertson | 2022 | T2 | |
| SRC-212 | A process-based life cycle sustainability assessment of the space-based solar power concept. IAC-20,C3,1,5,x58791, 71st International Astronautical Congress. | Andrew Ross Wilson, Massimiliano Vasile, Haroon B. Oqab, George B. Dietrich | 2020 | T5 | |
| SRC-213 | Advanced Electric Propulsion For Space Solar Power Satellites. NASA/TM-1999-209307, AIAA-99-2872, NASA Glenn Research Center, prepared for the 35th Joint Propulsion Conference. NTRS 19990116847. | Steve Oleson | 1999 | T3 | |
| SRC-214 | Advanced Propulsion for Geostationary Orbit Insertion and North-South Station Keeping. NASA-TM-107018, E-9818, AIAA 95-2513. NTRS 19950026496. | Steven R. Oleson, Roger M. Myers, Craig A. Kluever, John P. Riehl, Francis M. Curran | 1995 | T3 | |
| SRC-215 | NASA's Management of the Human Landing System Contracts, IG-26-004, March 2026. | NASA Office of Inspector General | 2026 | T3 | read, not archived |
| SRC-216 | CO2 Emission from Solar Power Satellite. KEO discussion paper G-145, Keio Economic Observatory, Keio University, January 2002. | Keiichiro Asakura, Patrick Collins, Koji Nomura, Hitoshi Hayami, Kanji Yoshioka | 2002 | T5 | |
| SRC-217 | IPCC Fifth Assessment Report, Working Group III, Annex III: Technology-specific Cost and Performance Parameters, Table A.III.2. | Intergovernmental Panel on Climate Change, Working Group III | 2014 | T3 | |
| SRC-218 | Annual Technology Baseline (ATB), 2025 Electricity edition, v1.0.0, data dated 2026-08-27, values in 2023 USD, projections to 2060. | National Laboratory of the Rockies (NLR), formerly National Renewable Energy Laboratory | 2026 | T3 | read, not archived |
| SRC-220 | Environmental life cycle assessment of reusable launch vehicle fleets: Large climate impact driven by rocket exhaust emissions | Guillermo Dominguez Calabuig, Andrew Wilson, Sifeng Bi, Massimiliano Vasile, Martin Sippel, Martin Tajmar | 2024 | T2 | |
| SRC-221 | Greenhouse Gas (GHG) Emissions Poised to Rocket: Modeling the Environmental Impact of LEO Satellite Constellations | Rushil Kukreja, Edward J. Oughton (George Mason University), Richard Linares (MIT) | 2025 | T5 | |
| SRC-222 | Are we too pessimistic? Cost projections for solar photovoltaics, wind power, and batteries are over-estimating actual costs globally. Applied Energy, Applied Energy 390, 125856 (2025), DOI 10.1016/j.apenergy.2025.125856, open access. | Hadi Vatankhah Ghadim; Jannik Haas; Christian Breyer; Hans Christian Gils; E. Grant Read; Mengzhu Xiao; Rebecca Peer (PDF p.1) | 2025 | T2 | |
| SRC-223 | Global Counterspace Capabilities: An Open Source Assessment. 371 pp. | Secure World Foundation | 2026 | T4 | |
| SRC-224 | Space Threat Assessment 2025, 54 pp. | CSIS Aerospace Security Project | 2025 | T4 | |
| SRC-225 | Challenges to Security in Space: Space Reliance in an Era of Competition and Expansion, 2022 edition, 80 pp, information cutoff March 2022. | US Defense Intelligence Agency | 2022 | T3 | |
| SRC-226 | ESA's Annual Space Environment Report, Issue 10.0, 1 May 2026, ref GEN-DB-LOG-00288-OPS-SD, 151 pp. | ESA Space Debris Office | 2026 | T3 | |
| SRC-227 | Recommendation ITU-R S.1003-2, Environmental protection of the geostationary-satellite orbit, 6 pp. | International Telecommunication Union | 2010 | T3 | |
| SRC-228 | IADC Space Debris Mitigation Guidelines, IADC-02-01 Revision 2, March 2020, 14 pp. | Inter-Agency Space Debris Coordination Committee | 2020 | T3 | |
| SRC-229 | Orbital Debris Quarterly News, Volume 30, Issue 1 and 2, July 2026, 14 pp. | NASA Orbital Debris Program Office | 2026 | T3 | |
| SRC-230 | KA-SAT Network cyber attack overview, 30 March 2022. | Viasat, Inc. | 2022 | T4 | |
| SRC-231 | Russia behind cyber attack with Europe-wide impact an hour before Ukraine invasion, published 10 May 2022. | UK National Cyber Security Centre | 2022 | T3 | |
| SRC-232 | CCSDS 355.0-B-2, Space Data Link Security Protocol, Blue Book, Recommended Standard, July 2022, 74 pp. | Consultative Committee for Space Data Systems | 2022 | T1 | |
| SRC-233 | CCSDS 355.1-B-1, Space Data Link Security Protocol - Extended Procedures, Blue Book, February 2020, 129 pp. | Consultative Committee for Space Data Systems | 2020 | T1 | |
| SRC-234 | Space Policy Directive-5, Cybersecurity Principles for Space Systems, 4 September 2020, Federal Register 85 FR 56155, 4 pp. | Executive Office of the President of the United States | 2020 | T1 | |
| SRC-235 | Satellite Cybersecurity Across Orbital Altitudes: Analyzing Ground-Based Threats to LEO, MEO, and GEO, arXiv:2512.21367, 6 pp, preprint, no journal named. | Mark Ballard; Guanqun Song; Ting Zhu | 2025 | T5 | |
| SRC-236 | Finalizing the CCSDS Space-Data Link Layer Security Protocol: Setup and Execution of the Interoperability Testing, NASA NTRS 20150018141, 13 pp. | D. Fischer; I. Aguilar-Sanchez; B. Saba; G. Moury; C. Biggerstaff; B. Bailey; H. Weiss; M. Pilgram; D. Richter | 2015 | T5 | |
| SRC-237 | Commission Regulation (EU) 2016/631 establishing a network code on requirements for grid connection of generators (RfG) | European Commission; retained and amended for Great Britain | 2016 | T1 | |
| SRC-238 | National Electricity Transmission System Security and Quality of Supply Standard, Version 2.12, 29 May 2026 | National Energy System Operator (NESO) | 2026 | T1 | |
| SRC-239 | ENA Engineering Recommendation G5, Issue 5, 2020 (EREC G5/5): harmonic voltage distortion and the connection of harmonic sources and/or resonant plant to transmission systems and distribution networks in the United Kingdom. | Energy Networks Association, Operations Directorate; approved by the GB Distribution Code Review Panel | 2020 | T1 | |
| SRC-240 | Guidance Notes for Power Park Modules, EU Code Users, Issue 4, June 2024. | National Grid Electricity System Operator (now NESO) | 2024 | T3 | |
| SRC-241 | Grid Forming Guidance Note, Issue 4. | NESO | 2026 | T3 | |
| SRC-242 | Frequency Risk and Control Report 2025, Security and Quality of Supply Standard, The Report - For Approval. Minimum Inertia Requirement and Additional Response Holding | NESO | 2025 | T3 | |
| SRC-243 | Clean Power 2030, Annex 3: Operability and operations analysis | NESO | 2024 | T3 | |
| SRC-244 | GSR034: Review of Loss of Power Infeed Risk for Offshore DC Converters, Final Modification Report, 16 December 2025 | NESO, SQSS Panel process | 2025 | T3 | |
| SRC-245 | GSR034 supporting review document, Review of Loss of Power Infeed Risk for Offshore DC Converters. | NESO | 2025 | T3 | |
| SRC-246 | News release: NESO implements electricity grid connection reforms to unlock investment in Great Britain, 8 December 2025. | NESO | 2025 | T6 | |
| SRC-247 | Guide to the IEEE 1547-2018 Standard and its Impacts on Cooperatives, March 2019 | National Rural Electric Cooperative Association (NRECA) | 2019 | T4 | |
| SRC-248 | Grid Forming Capability of Power Park Modules, First Interim Report on Technical Requirements, final version 3 May 2024 | ENTSO-E | 2024 | T3 | |
| SRC-249 | Space-Based Solar Power: Optimal Integration of Orbiting Solar Reflectors in Power Grids for Economic and Environmental Benefits | Khaldon Ahmed Qaid, Onur Celik, Colin R McInnes (authors as printed on the paper's own byline; no role or position asserted here) | 2025 | T2 | |
| SRC-252 | Aon Space Insurance Market Report, Q1 2026. | Aon plc | 2026 (Q1) | T4 | |
| SRC-253 | Intermittent Jamming against Telemetry and Telecommand of Satellite Systems and A Learning-driven Detection Strategy. | Selen Gecgel, Gunes Karabulut Kurt | 2021 | T2 | |
| SRC-254 | Rethinking Satellite Cybersecurity: A System-Level Taxonomy and Longitudinal Analysis. | Roy Peled, Eran Aizikovich, Edan Habler, Yuval Elovici, Asaf Shabtai | 2026 (arXiv v2 date stamp, 3 Aug 2026; original v1 posting date not confirmed on page read) | T5 | |
| SRC-255 | Space Based Solar Power. | Erica Rodgers, Ellen Gertsen, Nikolai Joseph (NASA HQ, Office of Technology, Policy and Strategy); Jordan Sotudeh, Carie Mullins, Amanda Hernandez, Hahn Le, Phil Smith (BryceTech) | 2023 (filename; venue not dated on page read) | T5 | |
| SRC-256 | Space Based Solar Power Study. | Erica Rodgers, Jordan Sotudeh, Carie Mullins, Ellen Gertsen, Amanda Hernandez, Hahn Le, Phil Smith, Nikolai Joseph | 2024 (ASCEND, 1 August) | T5 | |
| SRC-257 | Scientific Session of the Division of General Physics and Astronomy, USSR Academy of Sciences (20-21 March 1974) - Meetings and Conferences digest, opening with the paper "Nonlinear Effects in the Propagation of High-Power Radio Waves in the Ionosphere" and listing five other session papers. Usp. Fiz. Nauk 113, 728-736 (1974); English translation Sov. Phys.-Usp. 17(4), p.613 onward (1975). | A. V. Gurevich (session digest; also lists I. S. Shlyuger, V. V. Vas'kov and A. V. Gurevich, V. V. Belikovich et al., S. M. Grach et al., A. B. Shvartsburg) | 1974 (session, March); pub. Aug 1974 (Russian, UFN 113); Jan-Feb 1975 (English translation, Sov. Phys.-Usp. 17(4)) | T5 | |
| SRC-258 | Scientific Session of the Division of General Physics and Astronomy, USSR Academy of Sciences (20-21 March 1974), continuing into the paper "Excitation of Instability of the F Region of the Ionosphere in a Powerful Radio-Wave Field." | V. V. Vas'kov, A. V. Gurevich | 1974 (session, March); pub. 1974 (Russian, UFN 113, 730-732); 1975 (English translation, Sov. Phys.-Usp. 17(4), p.614-615) | T5 | |
| SRC-259 | Nonlinear phenomena in the ionosphere | A. V. Gurevich | 1976 (October; English translation also 1976, AIP copyright 1977) | T2 | |
| SRC-260 | Nelineinye yavleniya v ionosfere (Nonlinear phenomena in the ionosphere), original Russian edition. Usp. Fiz. Nauk, Tom 120, vypusk 2 (Oct 1976). | presumed A. V. Gurevich (byline not visible on page read; matches SRC-259 exactly in title, journal issue and content) | 1976 (October) | T2 | |
| SRC-261 | Particle precipitation during ICME-driven and CIR-driven geomagnetic storms. | N. Longden, M. H. Denton, F. Honary | 2008 | T1 | |
| SRC-264 | Assess space-based solar power for European-scale power system decarbonization. Joule vol. 9 no. 9, article 102074, September 2025. | Xinyang Che, Lijun Liu, Wei He | 2025 (Joule, 17 September 2025; arXiv v2 15 Jul 2025 superseded) | T2 | |
| SRC-265 | Long Range WPT Flight Demonstration (Dec. 2024) - First Report. | Hiroki Yanagawa, Japan Space Systems | 2024 (12 December) | T4 | |
| SRC-266 | Space Solar (SPA0048), written evidence submission to the House of Lords ad hoc Select Committee "UK Engagement with Space" inquiry. | unknown individual; submitted by Space Solar (company) | 2025 (per claims.md: dated 2025-04-16; date not visible on the page read) | T5 | |
| SRC-267 | Space Energy Initiative (SPA0062), written evidence submission to the House of Lords ad hoc Select Committee "UK Engagement with Space" inquiry. | unknown individual; submitted by Space Energy Initiative, described in the text as a coalition of "more than 90 organisations" | 2025 (per claims.md: dated 2025-04-17; date not visible on the page read) | T5 | |
| SRC-268 | The Chart Think Tank et al (SPA0066), written evidence submission to the House of Lords ad hoc Select Committee "UK Engagement with Space" inquiry. | unknown individual; self-described as "an expert with active engagement across the UK space sector" | 2025 (per claims.md: dated 2025-06-18; date not visible on the page read) | T5 | |
| SRC-269 | Microwave and Millimeter Wave Power Beaming. | Christopher T. Rodenbeck, Paul I. Jaffe, Bernd H. Strassner II, Paul E. Hausgen, James O. McSpadden, Hooman Kazemi, Naoki Shinohara, Brian B. Tierney, Christopher B. DePuma, Amanda P. Self | 2021 (January; received 31 Aug 2020, accepted 23 Oct 2020) | T2 | |
| SRC-270 | Terrestrial Microwave Power Beaming. | Christopher T. Rodenbeck, Brian B. Tierney, James Park, Mark G. Parent, Christopher B. DePuma, Chandler J. Bauder, Thomas J. Pizzillo, Paul I. Jaffe, Brian H. Simakauskas, Trevor Mayhan | 2022 (January; published online 24 Dec 2021) | T1 | |
| SRC-271 | Numerical simulation of oblique ionospheric heating by powerful radio waves. | Moran Liu, Chen Zhou, Xiang Wang, Bin Bin Ni, Zhengyu Zhao | 2018 | T2 | |
| SRC-272 | Self-focusing instability in ionospheric plasma with thermal conduction. | Sodha, M. S., Sharma, A., Verma, M. P., Faisal, M. | 2007 | T2 | |
| SRC-273 | Numerical simulations of a three-wave coupling occurring in the ionospheric plasma. | H. Usui, H. Matsumoto, R. Gendrin | 2002 | T2 | |
| SRC-274 | "Best Practice" (running head "Grid-Forming Converter Technological Development in Great Britain"), IEEE Power & Energy Magazine Vol 23 No 2, Mar/Apr 2025, pp.20-29. | IEEE (Institute of Electrical and Electronics Engineers), authored by Dechao Kong, Antony Johnson and Xiaoyao Zhou (National Energy System Operator staff) | 2025 | T5 | |
| SRC-275 | The Grid Code, Issue 3 Revision 35, effective 1 May 2009 (covering letter: "The Serviced Grid Code - Issue 3 Revision 35"). | National Grid Electricity Transmission plc, the Grid Code administrator at the time (legal predecessor of NESO) | 2009 | T1 | |
| SRC-276 | "Grid Code - Reactive Power Provision & Voltage Control" (National Grid slide deck, presenter Antony Johnson). | National Grid | UNDATED (ca. Aug 2015 per internal evidence; not printed on the document) | T4 | |
| SRC-277 | "Chapter 6: Energy Systems", in IPCC, 2022: Climate Change 2022: Mitigation of Climate Change - Contribution of Working Group III to the Sixth Assessment Report of the IPCC. DOI 10.1017/9781009157926.008. | IPCC; coordinating lead authors Leon Clarke and Yi-Ming Wei, with named lead/contributing authors and chapter scientists | 2022 | T3 | |
| SRC-278 | Missile Technology Control Regime (MTCR) - Equipment, Software and Technology Annex, MTCR/TEM/2024/Annex, dated 14 March 2024, 82 pp (agreed changes shown in bold, e.g. Item 6.C.8). | Missile Technology Control Regime (multilateral export-control arrangement; no single issuing state - the Annex is agreed by MTCR Partner governments) | 2024 | T1 | |
| SRC-279 | "Third-party liability insurance requirements and limits of operator liability for activities licensed under the Outer Space Act 1986 and the Space Industry Act 2018", GOV.UK guidance page, published 1 June 2022. | UK Space Agency (GOV.UK guidance page), Crown copyright | 2022 | T3 | |
| SRC-280 | Space Industry Act 2018, 2018 c.5, Royal Assent 15 March 2018 | Parliament of the United Kingdom | 2018 | T1 | |
| SRC-281 | The Space Industry Regulations 2021, S.I. 2021 No. 792 | Secretary of State for the United Kingdom, under powers in the Space Industry Act 2018 | 2021 | T1 | |
| SRC-282 | UK Strategic Export Control List / "UK Consolidated Strategic Export Control Lists", Department for Business and Trade, December 2025 edition, in force 16 December 2025 (source file "INTR_U32.docx"). | Department for Business and Trade (DBT), UK Government | 2025 | T3 | |
| SRC-283 | "Convention on International Liability for Damage Caused by Space Objects", with the UN General Assembly resolution 2777 (XXVI) preamble commending it, and the Convention's 28 articles in full. | United Nations General Assembly (resolution 2777 (XXVI), 29 November 1971); text hosted by UNOOSA | 1971 (GA resolution); opened for signature 1972 | T1 | |
| SRC-284 | Convention on the International Liability for Damage Caused by Space Objects, UNTS Vol. 961, No. I-13810, registered with the UN Secretariat by the USSR, UK and USA on 20 March 1975; opened for signature 29 March 1972, entered into force 1 September 1972. | Registered with the UN Secretariat by the USSR, UK and USA, 20 March 1975; UN Treaty Series | 1972 | T1 | |
| SRC-285 | Treaty on Principles Governing the Activities of States in the Exploration and Use of Outer Space, Including the Moon and Other Celestial Bodies, UNTS Vol. 610, No. 8843, registered with the UN Secretariat by the USSR, UK and USA on 30 November 1967; opened for signature 27 January 1967, entered into force 10 October 1967. | Registered with the UN Secretariat by the USSR, UK and USA, 30 November 1967; UN Treaty Series | 1967 | T1 | |
| SRC-286 | Convention on Registration of Objects Launched into Outer Space, UNTS Vol. 1023, No. 15020, adopted by the UN General Assembly at New York on 12 November 1974, registered ex officio 15 September 1976. | Adopted by the UN General Assembly at New York, 12 November 1974; registered ex officio 15 September 1976; UN Treaty Series | 1974 (adopted); registered 1976 | T1 | |
| SRC-287 | United Nations Treaties and Principles on Outer Space, UN document symbol ST/SPACE/11, Sales No. E.02.I.20, ISBN 92-1-100900-6. | United Nations (Office for Outer Space Affairs / UN Publications), New York | 2002 | T1 | |
| SRC-288 | Export Control Classification Number (ECCN) 9A515 "Spacecraft" and related commodities | US Department of Commerce, Bureau of Industry and Security (BIS) | NOT PRINTED (filename says 2026, unconfirmed - CCL is a living regulation, no "as of" date visible in the extracted text) | T1 | |
| SRC-289 | US Munitions List (USML), Category XV - Spacecraft and Related Articles, 22 CFR Part 121. | US Department of State, Directorate of Defense Trade Controls (DDTC) | NOT PRINTED (filename says 2026, unconfirmed against document content) | T1 | |
| SRC-291 | Space Power Beaming (SSPIDR programme page, archived 2026, undated). | Air Force Research Laboratory (AFRL, Space Vehicles Directorate) | 2026 | T6 | |
| SRC-292 | Aon Space Insurance Market Report - Q1 2026. | Aon Space (Aon UK Limited / Aon plc) | 2026 | T4 | |
| SRC-293 | POWER Program Selects Teams to Design Power Beaming Relays, news release 2023-09-07. | DARPA (Tactical Technology Office) | 2023 | T6 | |
| SRC-294 | DARPA program sets distance record for power beaming, news release 2025-05-16. | DARPA (Tactical Technology Office) | 2025 | T6 | |
| SRC-295 | POWER - DARPA Persistent Optical Wireless Energy Relay, programme page (archived 2026; states programme is "now complete... no longer maintained"). | DARPA (Tactical Technology Office) | 2026 | T6 | |
| SRC-296 | Space based solar power - GOV.UK, Research and analysis collection page, published 2021-09-27, last updated 2026-02-13. | Department for Energy Security and Net Zero (DESNZ) and Department for Business, Energy & Industrial Strategy (BEIS) | 2026 | T3 | |
| SRC-297 | Space Based Solar Power Innovation Competition: details of organisations awarded funding - GOV.UK, updated 2024-04-17 (orig. published 2023-06-14). | Department for Energy Security and Net Zero (DESNZ) | 2024 | T3 | |
| SRC-298 | [Withdrawn] Space Based Solar Power Innovation Competition (closed to applications) - GOV.UK, published 2022-07-20, closed/updated 2023-06-14. | Department for Energy Security and Net Zero, Department for Science, Innovation and Technology, and Department for Business, Energy & Industrial Strategy | 2022 | T3 | |
| SRC-299 | Space Industry, Westminster Hall debate 2024-04-24 (HC Deb c335WH-c349WH, via TheyWorkForYou mirror). | UK Parliament, House of Commons, Westminster Hall (official proceedings) | 2024 | T5 | |
| SRC-300 | Space Industry (impact of the space industry on the economy), Westminster Hall debate 2025-06-11 (HC Deb c345WH-c367WH, via TheyWorkForYou mirror). | UK Parliament, House of Commons, Westminster Hall (official proceedings) | 2025 | T5 | |
| SRC-301 | Robotics demo points to interstellar future - GOV.UK, UKAEA press release, published 2025-05-29. | UK Atomic Energy Authority (UKAEA) | 2025 | T6 | |
| SRC-302 | Russia behind cyber-attack with Europe-wide impact an hour before Ukraine invasion - GOV.UK, FCDO press release, published 2022-05-10. | Foreign, Commonwealth & Development Office (FCDO) | 2022 | T6 | |
| SRC-303 | Contracts for Difference Allocation Round 5 (AR5) successful-applicant spreadsheet, 2023 result: per-project rows (Project Name, Location, County/Region, Applicant, Technology Type, Size MW, Strike Price GBP/MWh 2012 prices, Delivery Year, Target Commissioning Date, Commissioning Window Start Date, No. of Phases, Pot). | UK Department for Energy Security and Net Zero (DESNZ) | 2023 | T3 | |
| SRC-304 | Contracts for Difference Allocation Round 6 (AR6) successful-applicant spreadsheet, 2024 result: per-project rows (Project Name, Location, Country/Region, Applicant, Technology Type, Size MW, Strike Price GBP/MWh 2012 prices, Delivery Year, Target Commissioning Date, Window Start Date, No. of Phases, Pot). | UK Department for Energy Security and Net Zero (DESNZ) | 2024 | T3 | |
| SRC-305 | Contracts for Difference Allocation Round 7 (AR7) results, Pot 3 and 4 (offshore and floating offshore wind) successful-applicant spreadsheet: per-project rows (Project Name, CfD Unit name, Location, Lat/Long, Region, Applicant/Developer, Technology Type, Size MW, Strike Price GBP/MWh in both 2012 and 2024 prices, Delivery Year, Target Commissioning Date, No. of Phases, Pot). | UK Department for Energy Security and Net Zero (DESNZ) | 2026 | T3 | |
| SRC-306 | Contracts for Difference Allocation Round 7a (AR7a) results, published 10 February 2026 | UK Department for Energy Security and Net Zero (DESNZ); PDF metadata also names BEIS (KIM_GovernmentBody field) | 2026 | T3 | |
| SRC-307 | Contracts for Difference Allocation Round 7a (AR7a) successful-applicant spreadsheet, sheet A: per-project rows (Project Name, Project Location OS Reference, Project Location Northerly Coordinates, Region, Applicant/Developer, Technology Type, Size MW, Strike Price GBP/MWh in 2012 and 2024 prices, Delivery Year, Target Commissioning Date, Pot). | UK Department for Energy Security and Net Zero (DESNZ) | 2026 | T3 | |
| SRC-308 | Madrigal query, EISCAT Tromso VHF radar, 2000-05-20, experiment cp7h solarmax, experiment_id 100123768. | EISCAT (Tromso VHF radar), via Madrigal / CEDAR openmadrigal | 2000 | T1 | |
| SRC-320 | A Scalable open-source electromagnetics model for Wireless power transfer and Space-Based Solar Power. URSI-B EMTS 2025, Bologna, 23-27 June, paper 159 | Timothy Pelham, Thomas Fearon (Communications, Systems & Networks Laboratory, University of Bristol, UK) | 2025 | T5 | |
| SRC-321 | LyceanEM-Python source repository and release 0.1.131 | LyceanEM project | 2026 | T2 | |
| SRC-322 | lyceanem package release metadata, PyPI, versions 0.1.111 and 0.1.131 | Python Package Index | 2026 | T2 | |
| SRC-323 | LyceanEM: A python package for virtual prototyping of antenna arrays, time and frequency domain channel modelling. J. Open Source Software, DOI 10.21105/joss.05234 | Timothy G. Pelham (UK Intelligence Community Postdoctoral Research Fellow, University of Bristol, UK) | 2023 | T2 | |
| SRC-325 | Net Zero Innovation Portfolio and the Advanced Nuclear Fund: Final report 2021-25 | UK Department for Energy Security and Net Zero | 2025 | T3 | |
| SRC-326 | Space-Based Solar Power Innovation competition guidance | **Department for Business, Energy & Industrial Strategy (BEIS) with the UK Space Agency** | **2022** | T3 | |
| SRC-327 | Space-based Solar Power for Power, Navigation, and Sensing (poster) | Timothy Pelham (Lycean Solutions), per the poster's own byline | 2025 (inferred, not stated) | T5 | |
| SRC-328 | LyceanEM project post, November 2025: LEO modelling | Timothy Pelham, on a personal academic site (author line "Dr Timothy Pelham / LyceanEM", "Research Fellow", "Bristol, UK University of Bristol"); "Published: November 18, 2025" | 2025 | T6 | |
| SRC-329 | LyceanEM project post, December 2024: Modelling Microwave Power Transfer | Timothy Pelham, on a personal academic site (same author line as SRC-328); "Published: December 16, 2024" | 2024 | T6 | |
| SRC-330 | `docs/try.py`, LyceanEM-Python - deleted source file recovered from git history | LyceanEM project | 2024 | T2 | |
| SRC-331 | Rapid Virtual Prototyping for Cubesat Scale Deployable Reflector Antennas. URSI-B EMTS 2025, Bologna, paper 376 | Timothy Pelham, Andrew Austin (Communications, Systems & Networks Laboratory, University of Bristol, UK) | 2025 | T5 | |
| SRC-333 | `restate-lcoe.py` - restatement of institutional SBSP LCOE estimates onto a common basis | Energy Aperture | 2026 | T0 | |
| SRC-334 | `lcoe-model.py` - independent order-of-magnitude LCOE model for SBSP | Energy Aperture | 2026 | T0 | |
| SRC-335 | The Solar Power Satellite (SPS): Progress So Far | Peter E. Glaser, Arthur D. Little Inc. | 1989 | T4 | |
| SRC-336 | Rectenna Technology Program: Ultra Light 2.45 GHz Rectenna and 20 GHz Rectenna | William C. Brown, Raytheon Company | 1987 | T3 | |
| SRC-337 | History and Status of Beamed Power Technology and Applications at 2.45 Gigahertz | William C. Brown, Raytheon Company, Microwave and Power Tube Division | 1989 | T3 | |
| SRC-338 | Choice of Antenna Geometry for Microwave Power Transmission from Solar Power Satellites | Seth D. Potter, New York University | 1992 | T3 | |
| SRC-339 | Rectenna Thermal Model Development | Murali Kadiramangalam, Adrian Alden, Daniel Speyer; New York University and Communications Research Centre Ottawa | 1992 | T3 | |
| SRC-340 | Construction and Testing of a Space Ready Rectenna, Final Report | Alan M. Brown, Center for Space Power, Texas Engineering Experiment Station, Texas A&M University System | 1993 | T3 | |
| SRC-341 | Millimeter Wavelength Rectenna Development | James Gallagher, Mark Gouker; Georgia Institute of Technology | 1989 | T3 | |
| SRC-342 | Millimeter-Wave/Infrared Rectenna Development at Georgia Tech | Mark A. Gouker, Georgia Tech Research Institute | 1989 | T3 | |
| SRC-343 | Vacuum Microelectronics for Beam Power and Rectennas | Henry F. Gray, Naval Research Laboratory | 1989 | T3 | |
| SRC-344 | Space Solar Power Technical Interchange Meeting 2 (SSP TIM 2), Executive Summary, dated 22 December 1998 | Jim Sanders, Clark W. Hawk; Propulsion Research Center, University of Alabama in Huntsville | 1998 | T3 | |
| SRC-345 | Launch Vehicle Assessment for Space Solar Power, Final Report covering 15 August to 15 December 1998 | John R. Olds, Space Systems Design Lab, Georgia Institute of Technology | 1998 | T3 | |
| SRC-346 | In-Space Transportation for GEO Space Solar Power Satellites, Final Report dated 22 December 1999 | James A. Martin, Benjamin B. Donnahue, Mark W. Henley; Boeing Reusable Space Systems | 1999 | T3 | |
| SRC-347 | NASDA Activities in Space Solar Power System Research, Development and Applications | Sumio Matsuda, Yasunari Yamamoto, Masato Uesugi; Tsukuba Space Center, National Space Development Agency of Japan | 1993 | T3 | |
| SRC-348 | US Patent 5,907,305, Dual Polarized, Heat Spreading Rectenna | Larry W. Epp, Abdur R. Khan, R. Peter Smith, Hugh K. Smith; assignee California Institute of Technology | 1999 | T3 | |
| SRC-349 | Enabling Lunar and Space Missions by Laser Power Transmission | R. J. DeYoung, J. E. Nealy, D. H. Humes, W. E. Meador; NASA Langley Research Center | 1992 | T3 | |
| SRC-350 | Ground-Based and Space-Based Laser Beam Power Applications | John M. Bozek, NASA Lewis Research Center | 1995 | T3 | |
| SRC-351 | Laser Power Transmission | Edmund J. Conway | 1992 | T3 | |
| SRC-352 | Space-Based Laser-Driven MHD Generator: Feasibility Study, Final Report, October 1986 | S. H. Choi, Information and Control Systems Inc. | 1986 | T3 | |
| SRC-353 | Second Beamed Space-Power Workshop, NASA Conference Publication 3037 | Russell J. De Young, editor; NASA Langley Research Center | 1989 | T3 | |
| SRC-354 | Overview of Microwave Concepts | Karl Faymon, NASA Lewis Research Center | 1989 | T3 | |
| SRC-355 | Antenna Technology for Beamed Space-Power | W. S. Gregorwich, Lockheed Research Laboratories | 1989 | T3 | |
| SRC-356 | Gyrotron Development for Space Power Beaming | Wallace M. Manheimer, Naval Research Laboratory, High Power Electromagnetic Radiation Branch | 1989 | T3 | |
| SRC-357 | CW 100MW Microwave Power Transfer in Space | K. Takayama, S. Hiramatsu, M. Shiho; University of Houston, KEK Tsukuba, Japan Atomic Energy Research Institute | 1991 | T3 | |
| SRC-358 | PyPO, a Python package for physical optics and geometrical optics | PyPO-dev | 2025 | T2 | |
| SRC-359 | Space Power Using Solar Photovoltaic Panels: Costs and Limitations | K. A. Williams, Oak Ridge National Laboratory, operated by Martin Marietta Energy Systems Inc. | 1986 | T3 | |
| SRC-360 | A New Method for Power Generation and Distribution in Outer Space | J. A. Bamberger, Pacific Northwest Laboratory | 1989 | T3 | |
| SRC-361 | A Power Beaming Based Infrastructure for Space Power | J. A. Bamberger, Pacific Northwest Laboratory | 1991 | T3 | |
| SRC-362 | Exploration Mission Enhancements Possible with Power Beaming | J. A. Bamberger, E. P. Coomes, Pacific Northwest Laboratory; D. R. Segna, US DOE Richland Operations Office | 1990 | T3 | |
| SRC-363 | Power Beaming Providing a Space Power Infrastructure | J. A. Bamberger, E. P. Coomes, Pacific Northwest Laboratory | 1992 | T3 | |
| SRC-364 | Power Beaming - Mission Enabling for Lunar Explorations | J. A. Bamberger, Pacific Northwest Laboratory | 1992 | T3 | |
| SRC-365 | Beam-Powered Lunar Rover Design | J. E. Dagle, E. P. Coomes, Z. I. Antoniak, J. A. Bamberger and others, Pacific Northwest Laboratory, operated by Battelle Memorial Institute | 1992 | T3 | |
| SRC-366 | Application of Reactor-Pumped Lasers to Power Beaming | Thomas E. Repetti, EG&G Idaho, Idaho National Engineering Laboratory | 1991 | T3 | |
| SRC-367 | Laser Power Beaming to Extend Lives of GSO NiCd Satellites | David K. Monroe, Sandia National Laboratories | 1993 | T3 | |
| SRC-368 | Power Beaming to Space Using a Nuclear Reactor-Pumped Laser | Ronald J. Lipinski, David K. Monroe, Paul S. Pickard, Sandia National Laboratories, Nuclear Systems Research | 1993 | T3 | |
| SRC-369 | DOE Reactor-Pumped Laser Program | James R. Felty, US Department of Energy Defense Programs; Ronald J. Lipinski, David A. McArthur, Paul S. Pickard, Sandia National Laboratories | 1993 | T3 | |
| SRC-370 | Space Debris Removal Using a High-Power Ground-Based Laser | David K. Monroe, Sandia National Laboratories | 1993 | T3 | |
| SRC-371 | Laser Beaming Demonstrations to High-Orbit Satellites | Ronald J. Lipinski and others, Sandia National Laboratories, with USAF Phillips Laboratory Starfire Optical Range, COMSAT Laboratories, Rockwell Power Systems, Mission Research Corporation and Ball Systems Engineering | 1993 | T3 | |
| SRC-372 | Laser Power Beaming for Satellite Applications | Herbert W. Friedman, Lawrence Livermore National Laboratory | 1993 | T3 | |
| SRC-373 | System Requirements for Laser Power Beaming to Geosynchronous Satellites | R. D. Neal, Martin Marietta; T. S. McKechnie, POD Associates; D. R. Neal, Sandia National Laboratories | 1994 | T3 | |
| SRC-374 | Near-Term Feasibility Demonstration of Laser Power Beaming | Herbert W. Friedman, Lawrence Livermore National Laboratory | 1994 | T3 | |
| SRC-375 | Scaling of Solid State Lasers for Satellite Power Beaming Applications | Herbert W. Friedman, Georg F. Albrecht, Raymond J. Beach, Lawrence Livermore National Laboratory | 1994 | T3 | |
| SRC-376 | Laser Beaming Demonstrations at the Starfire Optical Range | Ronald J. Lipinski and others, Sandia National Laboratories, with USAF Phillips Laboratory Starfire Optical Range, Rockwell Power Systems, Mission Research Corporation and COMSAT Laboratories | 1995 | T3 | |
| SRC-377 | Preliminary Demonstration of Power Beaming With Non-Coherent Laser Diode Arrays | Jordin T. Kare, Fred Mitlitsky, Andrew Weisberg, Lawrence Livermore National Laboratory | 1999 | T3 | |
| SRC-378 | US Patent 5,043,739, High Frequency Rectenna | B. Grant Logan, William J. Orvis; assignee the United States of America as represented by the United States Department of Energy | 1991 | T3 | |
| SRC-379 | ASPEC - Solar Power Satellite | The University of Texas at Austin (no named individual author on the pages read) | 1991 | T5 | |
| SRC-380 | Logistics of a Lunar Based Solar Power Satellite Scenario | Stefanos Melissopoulos, Deutsche Aerospace, Raumfahrt-Infrastruktur, Bremen | 1995 | T5 | |
| SRC-381 | Applications of Thin Film Technology Toward a Low-Mass Solar Power Satellite | Geoffrey A. Landis, Ronald C. Cull, NASA Lewis Research Center | 1990 | T3 | |
| SRC-382 | 3rd SEI Technical Interchange: Proceedings | NASA Lyndon B. Johnson Space Center, Exploration Programs Office, with University of Houston-Clear Lake | 1992 | T5 | |
| SRC-383 | First Steps to Lunar Manufacturing: Results of the 1988 Space Studies Institute Lunar Systems Workshop | Gregg E. Maryniak, Space Studies Institute, Princeton | 1992 | T5 | |
| SRC-384 | Transportation and Operations Aspects of Space Energy Systems | Gordon R. Woodcock | 1989 | T3 | |
| SRC-385 | A Solar Dynamic Power Option for Space Solar Power | Lee S. Mason, NASA Glenn Research Center | 1999 | T3 | |
| SRC-386 | Space Transportation Alternatives for Large Space Programs: The International Space University Summer Session 1992 | Bryan A. Palaszewski, NASA Lewis Research Center | 1993 | T3 | |
| SRC-387 | Environmental Durability Issues for Solar Power Systems in Low Earth Orbit | Kim K. de Groh, Bruce A. Banks, NASA Lewis Research Center; Daniela C. Smith, Cleveland State University | 1994 | T3 | |
| SRC-388 | Advanced Stirling Receiver Development Program, Phase 1 Final Report | Charles A. Lurio, Lockheed Sanders Inc., Nashua | 1990 | T3 | |
| SRC-389 | Development of a Lightweight, Light-Trapped, Thin GaAs Solar Cell for Spacecraft Applications | Margaret H. Hannon, Louis C. DiNetta, Michael W. Dashiell, John R. Cummings, Allen M. Barnett, AstroPower Inc., Newark, Delaware | 1994 | T5 | |
| SRC-390 | Workshop on Terrestrial Energy Storage and Ground Systems for Space Solar Power Systems, Final Report | Henry W. Brandhorst Jr., Space Power Institute, Auburn University | 1998 | T3 | |
| SRC-391 | A Transportronic Solution to the Problem of Interorbital Transportation | William C. Brown, Raytheon Company, Electronic Components Division, Waltham | 1992 | T3 | |
| SRC-392 | Comparisons of Selected Laser Beam Power Missions to Conventionally Powered Missions | John M. Bozek, NASA Lewis Research Center; Steven R. Oleson, Geoffrey A. Landis, Mark W. Stavnes, Sverdrup Technology | 1993 | T3 | |
| SRC-393 | Lunar Orbiting Microwave Beam Power System | Edgar H. Fay, Sverdrup Technology; Ronald C. Cull, NASA Lewis Research Center | 1990 | T3 | |
| SRC-394 | Laser Energy Conversion | N. W. Jalufka, Physics Department, Hampton University | 1989 | T5 | |
| SRC-395 | Initiative for the 21st Century: Advanced Space Power and Propulsion Based on Lasers | B. G. Logan, Lawrence Livermore National Laboratory | 1989 | T3 | |
| SRC-396 | The thermal self-focusing instability near the critical surface in the high-latitude ionosphere. J. Geophys. Res. Space Physics 103(A2), 2231-2237, February 1998. | Guzdar; Chaturvedi; Papadopoulos; Ossakow (per Crossref, NOT read from the document) | 1998 | T2 | access refused |
| SRC-397 | Thermal self-focusing instability in the high-latitude ionosphere. Radio Science 38(6), article 2003RS002906, 4 November 2003. | Keskinen; Basu (per Crossref, NOT read from the document) | 2003 | T2 | not obtained |
| SRC-398 | Space-Based Solar Power. Do the Math (blog), 20 March 2012. | Byline reads "tmurphy"; full name and UCSD affiliation from the site About page, not the post | 2012 | T6 | |
| SRC-399 | Former Office of Technology, Policy and Strategy (OTPS) category page, nasa.gov/organizations/otps/ | NASA | 2026 | T6 | |
| SRC-400 | Space-based solar power | Roland Berger (byline recorded on the claim, not expanded here) | 2022 | T5 | |
| SRC-401 | ESA accelerates the race towards clean energy from space | European Space Agency | 2024 | T6 | |
| SRC-402 | Renewed support for ESA innovation at Paris Ministerial | European Space Agency | 2022 | T6 | |
| SRC-403 | ESA Member States commit to largest contributions at Ministerial | European Space Agency | 2025 | T6 | |
| SRC-404 | CM25: A historic step forward for Europe's space technology leadership | European Space Agency | 2025 | T6 | |
| SRC-405 | Space Solar and Lonestar Sign Letter of Intent to Host Sovereign Data Storage on Orbital Power Platforms | Space Solar Ltd | 2026 | T6 | |
| SRC-406 | SpaceX to launch 4 Falcon Heavy rockets as part of newest U.S. national security missions award | Spaceflight Now (named byline on the page) | 2025 | T5 | |
| SRC-407 | List of Starship launches | Wikipedia contributors | 2026 | T6 | |
| SRC-408 | Capabilities & Services (Falcon 9 / Falcon Heavy price sheet), spacex.com | SpaceX | 2026 | T6 | |
| SRC-409 | Satellite Power Systems Concept Development and Evaluation Program: Program Assessment Report, Statement of Findings. DOE/ER-0085 | - (corporate author; no named authors on the title page) | 1980 | T3 | |
| SRC-410 | Did a NASA study pull the plug on space solar power? The Space Review, 5 February 2024 | Jeff Foust | 2024 | T5 | |
| SRC-411 | RIIO-3 Final Determinations Overview Document. Decision. Electricity Transmission, Gas Distribution and Gas Transmission | - (corporate author; Network Price Controls Team) | 2025 | T1 | |
| SRC-412 | Hurdle rate estimates for electricity sector technologies. Final Report | CEPA (Cambridge Economic Policy Associates) | 2025 | T4 | |
| SRC-413 | Sizewell C. Department for Energy Security and Net Zero and Sizewell C Ltd. Report, Session 2026-27, HC 33 | - (corporate author) | 2026 | T3 | |
| SRC-414 | Rescue in Space. Air Force Magazine, January 2012 | Robert S. Dudney | 2012 | T5 | |
| SRC-415 | Patience required as AEHF 1 recovery begins new mode. Spaceflight Now, 17 October 2010 | Justin Ray | 2010 | T5 | |
| SRC-416 | Space-Based Solar Power As an Opportunity for Strategic Security: Phase 0 Architecture Feasibility Study. Report to the Director, National Security Space Office. Interim Assessment Release 0.1, 10 October 2007 | National Security Space Office (US Department of Defense) | 2007 | T3 | |
| SRC-417 | Free-Space Power Transmission. Proceedings of a workshop held at NASA Lewis Research Center, Cleveland, Ohio, March 29-30 1988 | NASA Lewis Research Center | 1989 | T3 | |
| SRC-418 | PowerSat: A Technology Demonstration of a Solar Power Satellite | University of Alaska Fairbanks, School of Engineering | 1994 | T5 | |
| SRC-419 | Technology for Satellite Power Conversion. Final Technical Report, GTRI Project No. 3244 | Georgia Tech Research Institute, Georgia Institute of Technology | 1987 | T3 | |
| SRC-420 | A Preliminary Design for A Satellite Power System | The University of Texas at Austin, Department of Aerospace Engineering and Engineering Mechanics | 1991 | T5 | |
| SRC-421 | Infrared Power Cells for Satellite Power Conversion. Final Report | Physical Sciences Laboratory, Georgia Tech Research Institute, Georgia Institute of Technology | 1991 | T3 | |
| SRC-422 | Diode Laser Satellite Systems for Beamed Power Transmission | NASA Langley Research Center | 1990 | T3 | |
| SRC-423 | Laser Beamed Power: Satellite Demonstration Applications. Final Contractor Report, also issued as IAF-92-0600 | Sverdrup Technology Inc., Lewis Research Center Group, for NASA Lewis Research Center | 1992 | T3 | |
| SRC-424 | Analysis of a Mars-Stationary Orbiting Microwave Power Transmission System | NASA Lewis Research Center | 1990 | T3 | |
| SRC-425 | Advanced Solar Cells for Satellite Power Systems | NASA Lewis Research Center | 1994 | T3 | |
| SRC-426 | Semi-Annual Technical Report on Technology for Satellite Power Conversion. GTRI Project No. 3244 | Georgia Tech Research Institute, Georgia Institute of Technology | 1987 | T3 | |
| SRC-427 | Modeling of High Efficiency Solar Cells Under Laser Pulse for Power Beaming Applications | NASA Lewis Research Center, with NYMA Inc. | unknown | T5 | |
| SRC-428 | ITU WRC-31 preliminary agenda item 2.2 text, on frequency bands for non-beam and beam wireless power transmission | International Telecommunication Union | 2023 | T1 | |
| SRC-429 | Cowboy Space Corporation homepage, cowboyspace.com. Page title as served: "Cowboy Space Corporation [vertical bar] Orbital Data Centers for AI" - the character itself is written by name, per the SRC-014 precedent, because a bare pipe is a column separator | Cowboy Space Corporation | 2026 | T5 | |
| SRC-430 | Form D, notice of exempt offering of securities, filed with the US Securities and Exchange Commission by Aetherflux CC Ltd, CIK 0002136955, accession 0002136955-26-000003 | Aetherflux CC Ltd, filed with the SEC | 2026 | T3 | |
| SRC-431 | Aetherflux | 2026 | T6 | ||
| SRC-432 | Final Acts of the World Radiocommunication Conference (WRC-15), Geneva 2015, including Article 5 frequency allocations and Resolution 223 (Rev.WRC-15), `Additional frequency bands identified for International Mobile Telecommunications'' | International Telecommunication Union | 2015 | T1 | |
| SRC-433 | The Wireless Telegraphy (Licence Award) Regulations 2018, SI 2018 No. 86 | Office of Communications, made under the Wireless Telegraphy Act 2006 | 2018 | T1 | |
| SRC-434 | Award of the 2.3 and 3.4 GHz spectrum bands: Competition issues and Auction Regulations, Statement | Office of Communications | 2017 | T1 | |
| SRC-435 | Starlink Is Riding Down the Wright's Law Cost Curve, published by Human Progress, republishing a newsletter post | Human Progress, a Cato Institute project, republishing a named newsletter byline | 2025 | T5 | |
| SRC-436 | Award of 2.3 and 3.4 GHz spectrum bands: Publication under regulation 111 of the Wireless Telegraphy (Licence Award) Regulations 2018 of results of auction | Office of Communications | 2018 | T1 | |
| SRC-437 | Award of 2.3 and 3.4 GHz spectrum bands: Publication under regulation 58 of the Wireless Telegraphy (Licence Award) Regulations 2018 of the results of the Principal Stage of the auction | Office of Communications | 2018 | T1 | |
| SRC-438 | Order and Authorization, FCC 22-91, in the matter of Space Exploration Holdings LLC request for modification of the authorization for the SpaceX NGSO satellite system, IBFS File Nos. SAT-LOA-20200526-00055 and SAT-AMD-20210818-00105, Call Sign S3069 | Federal Communications Commission | 2022 | T3 | |
| SRC-439 | Preliminary Study: Electromagnetic Compatibility, Tropospheric and Ionospheric Aspects of SPS MPTS Operations | US Department of Commerce, Office of Telecommunications, Institute for Telecommunication Sciences, Applied Electromagnetic Science Division, Boulder CO | 1978-03 | T3 | |
| SRC-440 | Preliminary results of scintillation measurements associated with ionosphere heating and possible implications for the solar power satellite | NOT ESTABLISHED - the document is not held and its title page has not been read. | 1980 | T2 | access refused |
| SRC-441 | NASA STD-4005 - The LEO Spacecraft Charging Design Standard | Dale C. Ferguson (NASA Marshall Space Flight Center) | 2006 | T3 | |
| SRC-442 | UK Parliament committee business record 8966, "UK Engagement with Space" (House of Lords ad hoc Select Committee), committees-api.parliament.uk | UK Parliament | 2026 | T1 | |
| SRC-443 | NASA's Technical Handbook for Avoiding On-Orbit ESD Anomalies Due to Internal Charging Effects | NASA (author not transcribed; per the NTRS record) | 2000 | T3 | |
| SRC-444 | Electric Power From Orbit: A Critique of a Satellite Power System | National Research Council, Committee on Satellite Power Systems (National Academy of Sciences) | 1981 | T3 | no document |
| SRC-445 | International Commission on Non-Ionizing Radiation Protection | 1998 | T1 | ||
| SRC-446 | Pilot Signals for Large Active Retro-Directive Arrays, NASA TM-78310, October 1980 (report page); NTRS citation 19810001730 | C. H. Chan, Physics Department, University of Alabama at Huntsville, under the 1980 NASA/ASEE Summer Faculty Fellowship at NASA Marshall Space Flight Center (as printed on PDF 3 and 5) | 1980 | T3 | |
| SRC-447 | The Serviced Grid Code, Issue 6 Revision 8, approved for implementation 8 November 2021 (Operating Codes OC2 and OC5 revision pack) | National Energy System Operator (NESO) | 2021 | T1 | |
| SRC-448 | The Serviced Grid Code, Issue 6 Revision 45, effective 13 August 2026 (Glossary and Definitions, Operating Code 6, Operating Code 7, Governance Rules revision pack) | National Energy System Operator (NESO) | 2026 | T1 | |
| SRC-449 | Solar Power Satellite Program Review, final proceedings of the DOE/NASA program review held April 1980, CONF-800491 / NASA-TM-84183 | US Department of Energy and NASA | 1980 | T3 | |
| SRC-450 | Satellite Power System (SPS) Microwave Subsystem Impacts and Benefits, JPL 900-800, NASA-CR-157951, 28 September 1977 | Jet Propulsion Laboratory (R. M. Dickinson, Radio Frequency and Microwave Subsystems Section) | 1977 | T3 | |
| SRC-451 | Microwave Power Transmission System Studies, Volumes I to IV, December 1975, NASA-CR-134886, Raytheon ER75-4368 | Raytheon Company Equipment Division, with Grumman | 1975 | T3 | |
| SRC-452 | The Serviced Grid Code, Issue 6 Revision 41, effective 5 June 2026 - the revision pack carrying the Connection Conditions and European Connection Conditions | National Energy System Operator (NESO) | 2026 | T1 | |
| SRC-454 | The effects of microwave radiation on avian dominance behavior, Bioelectromagnetics 5(3):331-339, 1984 | Wasserman, Dowd, Schlinger, Byman, Battista and Kunz | 1984 | T1 | |
| SRC-455 | Solar Power Satellite System Definition Study, Phase II Final Briefing, Volume V, D180-25461-5, NASA-CR-160380, 5 November 1979 | Boeing Aerospace Company, with Grumman (construction charts carry the Grumman mark) | 1979 | T3 | |
| SRC-456 | Solar Power Satellite System Definition Study, Phase I Final Briefing, Volume VII: SPS and Rectenna Systems Analyses, D180-25037-7, NASA-CR-160376, December 1978 | Boeing Aerospace Company, with Arthur D. Little, General Electric, Grumman and TRW | 1978 | T3 | |
| SRC-457 | Satellite Power Systems (SPS) Concept Definition Study, Final Report (Exhibit C), Volume V: Special Emphasis Studies, SSD 79-0010-5, March 1979 | Rockwell International, Satellite Systems Division | 1979 | T3 | |
| SRC-458 | Satellite Power Systems (SPS) Concept Definition Study, Final Report (Exhibit C), Volume II, Part 2: System Engineering - Cost and Programmatics, SSD 79-0010-2-2, NASA-CR-161220, March 1979 | Rockwell International | 1979 | T3 | |
| SRC-459 | Satellite Power Systems (SPS) Concept Definition Study, Final Report (Exhibit C), Volume IV: Transportation Analysis, SSD 79-0010-4, NASA-CR-161222, March 1979 | Rockwell International | 1979 | T3 | |
| SRC-460 | Satellite Power Systems (SPS) Concept Definition Study, Final Report (Exhibit D), Volume VI: Cost and Programmatics, Appendix, SSD 80-0108-6-2, October 1980 | Rockwell International, Space Operations and Satellite Systems Division | 1980 | T3 | |
| SRC-461 | Solar Power Satellite (SPS), JSC History Collection Center Series, Section 108, revised 26 May 2000 - a list of the SPS studies held by the JSC History Office | NASA Johnson Space Center History Office | 2000 | T5 | |
| SRC-462 | Automatic Phase Control in Solar Power Satellite Systems, Final Report, contract NAS 9-15237, 15 February 1978 | W. C. Lindsey and A. V. Kantak, LinCom Corporation, Pasadena | 1978 | T3 | |
| SRC-463 | Satellite Power System (SPS) Antenna Pointing Control, NASA CR-3350, November 1980 | The University of Tennessee, Knoxville | 1980 | T3 | |
| SRC-464 | Solar Power Satellite System Definition Study, Phase II Final Report, Volume IV: Technical Analysis Report, D180-25461-4, NASA-CR-160565, 1979 | Boeing Aerospace Company, with General Electric, Grumman, Arthur D. Little and TRW | 1979 | T3 | |
| SRC-465 | Satellite Power System Concept Development and Evaluation Program, Volume VI: Construction and Operations, NASA Technical Memorandum 58233, 1981 | NASA Lyndon B. Johnson Space Center | 1981 | T3 | |
| SRC-466 | Solar Power Satellite System Definition Study, Phase II Final Report, Volume III: Operations and Systems Synthesis, D180-25461-3, NASA-CR-160480, 1979 | Boeing Aerospace Company, with General Electric, Grumman, Arthur D. Little and TRW | 1979 | T3 | |
| SRC-467 | Solar Power Satellite System Definition Study, Final Report for Phase III, Volume 2: Final Briefing, D180-25969-2, NASA-CR-160743, June 1980 | Boeing Aerospace Company, with Grumman | 1980 | T3 | |
| SRC-468 | Satellite Power Systems (SPS) Concept Definition Study (Exhibit D), Volume IV: Operations Analyses, NASA CR-3395, March 1981 | G. M. Hanley, Rockwell International | 1981 | T3 | |
| SRC-469 | Solar Power Satellite System Definition Study, Phase I Final Briefing, Volume VI: Space Construction and Transportation, D180-25037-6, NASA-CR-160375, December 1978 | Boeing Aerospace Company, with Grumman and General Dynamics beam-builder inputs | 1978 | T3 | |
| SRC-470 | An Initial Comparative Assessment of Orbital and Terrestrial Central Power Systems -- JPL Final Report 900-780; no NASA CR number found on pp.1-4; March 1977 | Jet Propulsion Laboratory (prepared by Richard Caputo, Project Engineer; approved by Vincent C. Truscello, Project Manager) | 1977 | T3 | |
| SRC-471 | Satellite Power System Salvage and Disposal Alternatives -- NASA CR-3349; November 1980 | not stated on pp.1-4 (no company or named author printed) | 1980 | T3 | |
| SRC-472 | Feasibility Study of a Satellite Solar Power Station -- NASA CR-2357; February 1974 | Arthur D. Little, Inc. (authors printed: Peter E. Glaser, Owen E. Maynard, John Mackovciak Jr., Eugene L. Ralph) | 1974 | T3 | |
| SRC-473 | Economic and Demographic Issues Related to Deployment of the Satellite Power System (SPS); ANL/EES-TM-23; October 1978 | PRC Energy Analysis Company (authors Thomas E. Baldwin, Lawrence G. Hill, Danilo J. Santini, Erik J. Stenehjem), published in the Argonne National Laboratory technical-memorandum series | 1978 | T3 | |
| SRC-474 | Solar Power Satellite System Definition Study, Part I, Volume I, Executive Summary; D180-20689-1 / NASA CR-151554; June 28, 1977 | Boeing Aerospace Company, Missiles and Space Group, Space Division, Seattle; Study Manager G.R. Woodcock | 1977 | T3 | |
| SRC-475 | Solar Power Satellite System Definition Study, Part 1, Volume II, System Requirements and Energy Conversion Options; D180-20689-2 / NASA CR-151555; July 29, 1977 | Boeing Aerospace Company, Missiles and Space Group, Space Division, Seattle; Study Manager G.R. Woodcock | 1977 | T3 | |
| SRC-476 | Solar Power Satellite System Definition Study, Part I, Volume III, Construction, Transportation and Cost Analyses; D180-20689-3 / NASA CR-151556; August 8, 1977 | Boeing Aerospace Company, Missiles and Space Group, Space Division, Seattle; Study Manager G.R. Woodcock | 1977 | T3 | |
| SRC-477 | Solar Power Satellite System Definition Study, Part 1, Volume IV, SPS Transportation System Requirements; D180-20689-4 / NASA CR-151557; August 1, 1977 | Boeing Aerospace Company, Missiles and Space Group, Space Division, Seattle; Study Manager G.R. Woodcock | 1977 | T3 | |
| SRC-478 | Solar Power Satellite System Definition Study, Part I, Volume V, SPS Transportation: Representative System Descriptions; D180-20689-5 / NASA CR-151558; July 28, 1977 | Boeing Aerospace Company, Missiles and Space Group, Space Division, Seattle; Study Manager G.R. Woodcock | 1977 | T3 | |
| SRC-479 | Solar Power Satellite System Definition Study, Part I and Part II, Volume I, Executive Summary; D180-22876-1 / NASA CR-151665; December 1977 | Boeing Aerospace Company, Missiles and Space Group, Space Division, Seattle; Study Manager G.R. Woodcock; General Electric Company Space Division, major subcontractor | 1977 | T3 | |
| SRC-480 | Solar Power Satellite System Definition Study, Part I and Part II, Volume II, Technical Summary; D180-22876-2 / NASA CR-151666; December 1977 | Boeing Aerospace Company; Study Manager G.R. Woodcock; General Electric Company Space Division, major subcontractor | 1977 | T3 | |
| SRC-481 | Solar Power Satellite System Definition Study, Part II, Volume III, SPS Satellite Systems; D180-22876-3 / NASA CR-151667; December 1977 | Boeing Aerospace Company; Study Manager G.R. Woodcock; General Electric Company Space Division, major subcontractor | 1977 | T3 | |
| SRC-482 | Solar Power Satellite System Definition Study, Part II, Volume IV, Microwave Power Transmission Systems; D180-22876-4 / NASA CR-151668; December 1977 | Boeing Aerospace Company; Study Manager G.R. Woodcock; supervised by E.J. Nalos; General Electric Company Space Division, major subcontractor | 1977 | T3 | |
| SRC-483 | Solar Power Satellite System Definition Study, Part II, Volume V, Space Operations (Construction and Transportation); D180-22876-5 / NASA CR-151669; December 1977 | Boeing Aerospace Company; prepared by K. Miller and E. Davis, supervised by E. Davis; Study Manager G.R. Woodcock; General Electric Company Space Division, major subcontractor | 1977 | T3 | |
| SRC-484 | Solar Power Satellite System Definition Study, Part II, Volume VI, Evaluation Data Book; D180-22876-6 / NASA CR-151670; December 1977 | Boeing Aerospace Company; Study Manager G.R. Woodcock; General Electric Company Space Division, major subcontractor | 1977 | T3 | |
| SRC-485 | Solar Power Satellite System Definition Study, Part II, Volume VII, Final Briefing; D180-22876-7 / NASA CR-151671; December 13, 1977 | Boeing Aerospace Company; Study Manager G.R. Woodcock; General Electric Company Space Division, major subcontractor | 1977 | T3 | |
| SRC-486 | Solar Power Satellite System Definition Study, Part II, Volume VIII, SPS Launch Vehicle Ascent and Entry Sonic Overpressure and Noise Effects; D180-22876-8 / NASA CR-151672; December 1977 | Boeing Aerospace Company; supervised by H.A. DiRamio; Study Manager G.R. Woodcock; sonic-overpressure/noise analysis by Boeing Commercial Airplane Company's Aerodynamics and Acoustics staff (Larry J. Runyan, Frank Klujber); NASA monitor Herb Patterson | 1977 | T3 | |
| SRC-487 | Solar Power Satellite System Definition Study, Part III, Final Briefing; D180-24071-3 / NASA CR-151673; March 7, 1978 | Boeing Aerospace Company with General Electric (co-branded cover, badly garbled); Study Manager G.R. Woodcock; agenda speakers G. Woodcock, H. DiRamio, E. Davis, E. Nalos, Bjorn Kaupang, and a garbled fourth name | 1978 | T3 | |
| SRC-488 | Solar Power Satellite System Definition Study, Part III, Preferred Concept System Definition; D180-24071-1 / NASA CR-151746; March 1978 | Boeing Aerospace Company with General Electric (co-branded cover, badly garbled); Study Manager G.R. Woodcock | 1978 | T3 | |
| SRC-489 | Solar Power Satellite System Definition Study, Volume V, Phase I Final Briefing, Executive Summary -- D180-25037-5; NASA CR-160374 not confirmed on pp.1-4; no month printed | Boeing Aerospace Company (with Arthur D. Little, General Electric, Grumman, TRW as subcontractors per Foreword) | 1978 | T3 | |
| SRC-490 | Solar Power Satellite System Definition Study, Volume I, Phase I Final Report, Executive Summary -- D180-25037-1; NASA CR-160370; February 16, 1979 | Boeing Aerospace Company (Study Manager's name rendered only as an illegible signature glyph in the text layer, not printed as text) | 1979 | T3 | |
| SRC-491 | Solar Power Satellite System Definition Study, Volume II, Phase I Final Report, Phase I Systems Analyses and Tradeoffs -- D180-25037-2; NASA CR-160371 not confirmed on pp.1-4; March 1, 1979 | Boeing Aerospace Company (with Arthur D. Little, GE, Grumman, TRW subcontractors); approved by G. R. Woodcock, Study Manager | 1979 | T3 | |
| SRC-492 | Solar Power Satellite System Definition Study, Volume III, Phase I Final Report, Reference System Description -- D180-25037-3; NASA CR-160372 not confirmed on pp.1-4; April 1, 1979 (date renders as "April l, 1979") | Boeing Aerospace Company; approved by G. R. Woodcock, Study Manager | 1979 | T3 | |
| SRC-493 | Solar Power Satellite System Definition Study, Volume IV, Phase I Final Report, Silicon Solar Cell Annealing Test -- D180-25037-4; NASA CR-160373 not confirmed on pp.1-4; April 1979 (renders as "April ..,9") | Boeing Aerospace Company (prepared by Frank Walker) | 1979 | T3 | |
| SRC-494 | Solar Power Satellite System Definition Study, Volume I, Phase II Final Report, Executive Summary -- D180-25461-1; NASA CR-160540; November 1979 (Rev. A, February 1980) | Boeing, General Electric, Grumman, Arthur D. Little, TRW, and Brown and Root (per Introduction) | 1979 | T3 | |
| SRC-495 | Solar Power Satellite System Definition Study, Volume II, Phase II Final Report, Reference System Description -- D180-25461-2; NASA CR-160443 not confirmed on pp.1-4; Revision A, February 1980 | Boeing Aerospace Company (Study Manager not typed on p.3, title only) | 1980 | T3 | |
| SRC-496 | Solar Power Satellite System Definition Study, Volume I, Phase III Final Report, Executive Summary -- D180-25969-1; NASA CR-160742; June 1980 (covers Phase III, December 1979-May 1980) | Boeing Aerospace Company, Large Space Systems Group (Study Manager Gordon Woodcock, named in Foreword) | 1980 | T3 | |
| SRC-497 | Solar Power Satellite System Definition Study, Volume 3, Phase III Final Report: Laser SPS Analysis -- D180-25969-3; NASA CR-160744; June 1980 | Boeing Aerospace Company (subcontractors Grumman Aerospace and Math Sciences Northwest per Foreword) | 1980 | T3 | |
| SRC-498 | Solar Power Satellite System Definition Study, Volume 4, Phase III Final Report: Solid State SPS Analysis -- D180-25969-4; NASA CR-160745; June 1980 | Boeing Aerospace Company (subcontractors Grumman and Math Sciences Northwest) | 1980 | T3 | |
| SRC-499 | Solar Power Satellite System Definition Study, Volume 5, Phase III Final Report: Space Transportation Analysis -- D180-25969-5; NASA CR-160746; June 1980 | Boeing Aerospace Company (G. R. Woodcock named on the documentation form; subcontractors Grumman and Math Sciences Northwest) | 1980 | T3 | |
| SRC-500 | Preliminary Environmental Assessment for the Satellite Power System (SPS), Volume 1, Executive Summary; DOE/ER-0021/1 (Vol. 1 of 2); October 1978 | U.S. Department of Energy, Office of Energy Research, Satellite Power System Project Office, with named contributors from Argonne National Laboratory, U.S. EPA and Battelle Pacific Northwest Laboratories (S.L. Halverson, D.M. Rote, J.L. Lee, K.L. Brubaker, R.R. Cirillo, S.W. Ballou, S.D. Parris, D.F. Cahill, J. Allis, K. Davis, C.M. Rush, E. Morrison, W. Grant, M. White) | 1978 | T3 | |
| SRC-501 | Satellite Power System (SPS) Program Summary; DOE/ER-0022; published December 1978 | U.S. Department of Energy, Assistant Secretary for Energy Research, Satellite Power System Project Office | 1978 | T3 | |
| SRC-502 | Satellite Power System (SPS) Concept Development and Evaluation Program Plan, July 1977-August 1980; DOE/ET-0034; February 1978 | Joint National Aeronautics and Space Administration and U.S. Department of Energy (Assistant Secretary for Energy Technology, Division of Solar Technology; Assistant Secretary for Environment, Division of Technology Overview) | 1978 | T3 | |
| SRC-503 | Satellite Power System (SPS) Military Implications; HCP/R-4024-01; October 1978 | Michael J. Ozeroff, Pacific Palisades, California, for the PRC Energy Analysis Company, McLean, Virginia | 1978 | T3 | |
| SRC-504 | Satellite Power System (SPS) Resource Requirements (Critical Materials, Energy, and Land); HCP/R-4024-02; October 1978 | Allan D. Kotin, Allan D. Kotin Economic Consultants, Los Angeles, for the PRC Energy Analysis Company, McLean, Virginia | 1978 | T3 | |
| SRC-505 | Satellite Power System (SPS) Financial/Management Scenarios; HCP/R-4024-03; October 1978 | J. Peter Vajk, Principal Investigator, Science Applications, Inc., Pleasanton, California, for the PRC Energy Analysis Company, McLean, Virginia | 1978 | T3 | |
| SRC-506 | Satellite Power System (SPS) Public Acceptance; HCP/R-4024-04; October 1978 | Arrie Bachrach, Environmental Resources Group, Los Angeles, for the PRC Energy Analysis Company, McLean, Virginia | 1978 | T3 | |
| SRC-507 | Satellite Power System (SPS) State and Local Regulations as Applied to Satellite Power System Microwave Receiving Antenna Facilities; HCP/R-4024-05; October 1978 | Allan D. Kotin, Allan D. Kotin Economic Consultants, Los Angeles, for the PRC Energy Analysis Company, McLean, Virginia | 1978 | T3 | |
| SRC-508 | Satellite Power System (SPS) Student Participation; HCP/R-4024-06; October 1978 | Alan Ladwig, Project Director, and Leonard David, Principal Investigator, Forum for the Advancement of Students in Science and Technology, Washington, D.C., for the PRC Energy Analysis Company, McLean, Virginia | 1978 | T3 | |
| SRC-509 | Potential of Laser for SPS Power Transmission; HCP/R-4024-07; October 1978 | Claud N. Bain, PRC Energy Analysis Company, McLean, Virginia | 1978 | T3 | |
| SRC-510 | Satellite Power System (SPS) International Agreements; HCP/R-4024-08; October 1978 | Carl Q. Christol, Pacific Palisades, California, for the PRC Energy Analysis Company, McLean, Virginia | 1978 | T3 | |
| SRC-511 | Satellite Power System (SPS) Centralization/Decentralization; HCP/R-4024-09; October 1978 | John Naisbitt, PRC Energy Analysis Company, McLean, Virginia | 1978 | T3 | |
| SRC-512 | Satellite Power System (SPS) Mapping of Exclusion Areas For Rectenna Sites; HCP/R-4024-10; October 1978 | James B. Blackburn, Jr., and Bill A. Bavinger, PRC Energy Analysis Company, McLean, Virginia | 1978 | T3 | |
| SRC-513 | Satellite Power System (SPS) International Agreements; HCP/R-4024-12; October 1978 | Stephen Grove, PRC Energy Analysis Company, McLean, Virginia | 1978 | T3 | |
| SRC-514 | Satellite Power System (SPS) Financial/Management Scenarios; HCP/R-4024-13; October 1978 | Herbert E. Kierolff, PRC Energy Analysis Company, McLean, Virginia | 1978 | T3 | |
| SRC-515 | Satellite Power Systems (SPS) Concept Development and Evaluation Program Preliminary Assessment; DOE/ER-0041; September 1979 | U.S. Department of Energy, Office of Energy Research, Satellite Power System Project Office | 1979 | T3 | |
| SRC-516 | Workshop on Satellite Power Systems (SPS) Effects on Optical and Radio Astronomy; CONF-7905143; published April 1980, workshop held May 1979 | Edited by P.A. Ekstrom and G.M. Stokes, Pacific Northwest Laboratory, Richland, Washington | 1980 | T3 | |
| SRC-518 | Satellite Power System (SPS) FY 79 Program Summary; DOE/ER-0037; January 1980 | U.S. Department of Energy, Office of Energy Research, Satellite Power System Project Office | 1980 | T3 | |
| SRC-519 | Preliminary Materials Assessment for the Satellite Power System (SPS); DOE/ER-0038; January 1980 | R.R. Teeter and W.M. Jamieson, Battelle Columbus Laboratories, Columbus, Ohio | 1980 | T3 | |
| SRC-520 | A Methodology for Assessing Systems Materials Requirements; DOE/ER-0040; January 1980 | D.H. Culver, R.R. Teeter and W.M. Jamieson, Battelle Columbus Laboratories, Columbus, Ohio | 1980 | T3 | |
| SRC-521 | Some Questions and Answers About the Satellite Power System (SPS); DOE/ER-0049/1; January 1980 | U.S. Department of Energy, Office of Energy Research, Satellite Power System Project Office | 1980 | T3 | |
| SRC-522 | Climate and Energy: A Comparative Assessment of the Satellite Power System (SPS) and Alternative Energy Technologies; DOE/ER-0050; January 1980 | David A. Kellermeyer, Argonne National Laboratory, Integrated Assessments and Policy Evaluations Group, Energy and Environmental Systems Division | 1980 | T3 | |
| SRC-523 | A Methodology for the Comparative Assessment of the Satellite Power System (SPS) and Alternative Technologies; DOE/ER-0051; January 1980 | T. Wolsko, W. Buehring, R. Cirillo, J. Gasper, L. Habegger, K. Hub, D. Newsom, M. Samsa, E. Stenehjem and R. Whitfield, Argonne National Laboratory, Integrated Assessments and Policy Evaluations Group | 1980 | T3 | |
| SRC-524 | Selection of Alternative Central-Station Technologies for the Satellite Power System (SPS) Comparative Assessment; DOE/ER-0052; date reads "April 1900" on the title page, garbled in text layer - series context indicates 1980 | Michael E. Samsa, Argonne National Laboratory, Integrated Assessment and Policy Evaluation Group | 1980 | T3 | |
| SRC-525 | Health and Safety: Preliminary Comparative Assessment of the Satellite Power System (SPS) and Other Energy Alternatives; DOE/ER-0053; April 1980 | L.J. Habegger, J.R. Gasper and C.D. Brown, Argonne National Laboratory, Energy and Environmental Systems Division (Brown also Biological and Medical Research Division) | 1980 | T3 | |
| SRC-526 | Preliminary Comparative Assessment of Land Use for the Satellite Power System (SPS) and Alternative Electric Energy Technologies; DOE/ER-0054; April 1980 | D.E. Newsom and T.D. Wolsko, Argonne National Laboratory, Integrated Assessments and Policy Evaluations Group | 1980 | T3 | |
| SRC-527 | Comparative Assessment of Environmental Welfare Issues Associated with the Satellite Power System (SPS) and Alternative Technologies; DOE/ER-0055; April 1980 | E.P. Levine, M.J. Senew and R.R. Cirillo, Argonne National Laboratory, Integrated Assessments and Policy Evaluations Group | 1980 | T3 | |
| SRC-528 | Comparative Analysis of Net Energy Balance of Satellite Power Systems (SPS) and Other Energy Systems; DOE/ER-0056; April 1980 | R.R. Cirillo, B.S. Cho, M.R. Monarch and E.P. Levine, Argonne National Laboratory, Integrated Assessments and Policy Evaluations Group | 1980 | T3 | |
| SRC-529 | Environmental Assessment for the Satellite Power System (SPS) Concept Development and Evaluation Program (CDEP); DOE/ER-0069; August 1980 | Anthony R. Valentino, Argonne National Laboratory | 1980 | T3 | |
| SRC-530 | Satellite Power System (SPS) Brightness Due to Reflected Sunlight; DOE/ER-0081; October 1980 | Boeing Aerospace Company, for Argonne National Laboratory | 1980 | T3 | |
| SRC-531 | Ionospheric Effects of Rocket Exhaust Products (HEAO-C, Skylab and SPS-HLLV); DOE/ER-0082; October 1980 | Los Alamos Scientific Laboratory; body-text bylines John Zinn, C. Dexter Sutherland, Sidney N. Stone, Lewis M. Duncan (LASL), and Richard Behnke (Arecibo Observatory) | 1980 | T3 | |
| SRC-532 | Satellite Power Systems (SPS) Space Transportation Cost Analysis and Evaluation; DOE/ER-0086; November 1980 | Battelle Columbus Laboratories | 1980 | T3 | |
| SRC-533 | Design Requirements for Orbit Maintenance of SPS Elements; DOE/ER-0087; November 1980 | Argonne National Laboratory; study conducted by the Advanced Space Projects group of the Boeing Aerospace Company (study manager Harold B. Liemohn, technical lead Keith H. Miller) | 1980 | T3 | |
| SRC-534 | Environmental Assessment for the Satellite Power System Concept Development and Evaluation Program - Nonmicrowave Health and Ecological Effects; DOE/ER-0089; November 1980 | Margaret R. White, Lawrence Berkeley Laboratory, Berkeley, California | 1980 | T3 | |
| SRC-535 | Environmental Assessment for the Satellite Power System-Concept Development and Evaluation Program-Atmospheric Effects; DOE/ER-0090; November 1980 | Argonne National Laboratory | 1980 | T3 | |
| SRC-536 | Comparative Health and Safety Assessment of the Satellite Power System and Other Electrical Generation Alternatives; DOE/ER-0091; December 1980 | Argonne National Laboratory | 1980 | T3 | |
| SRC-537 | Environmental Assessment for the Satellite Power System (SPS): Studies of Honey Bees Exposed to 2.45 GHz Continuous-Wave Electromagnetic Energy; DOE/ER-0095; December 1980 | N.E. Gary and B.B. Westerdahl, University of California, for Argonne National Laboratory | 1980 | T3 | |
| SRC-538 | Impact of SPS Heating on VLF, LF, and MF Telecommunications Systems Ascertained by Experimental Means; DOE/ER/10003-T1; July 1980 | C.M. Rush, E.J. Violette, R.H. Espeland, J.C. Carroll and K.C. Allen, Institute for Telecommunication Sciences, National Telecommunications and Information Administration, U.S. Department of Commerce, Boulder, Colorado | 1980 | T3 | |
| SRC-539 | Assessment of Zero Gravity Effects on Space Worker Health and Safety; DOE/ER/10025-T1 (also printed DOE/ER-10025-T1); November 1980 | NASA Johnson Space Center, Houston, Texas | 1980 | T3 | |
| SRC-540 | Satellite Power System (SPS) Public Outreach Experiment; DOE/ER/10041-T11; December 1980 | Sherry R. McNeal, PRC Energy Analysis Co., Los Angeles, California | 1980 | T3 | |
| SRC-541 | Environmental Impacts of the Satellite Power System (SPS) on the Middle Atmosphere; DOE/ER/110035-01; October 1980 | NASA Ames Research Center, Moffett Field, California | 1980 | T3 | |
| SRC-542 | On the Military Implications of a Satellite Power System: A Working Paper; no DOE/ER number printed; December 1980 | J. Peter Vajk (Principal Investigator), Robert Salkeld (Principal Coauthor), Richard O. Stutzke, Gerald W. Driggers and G. Harry Stine (Coauthors), Science Applications, Inc., Pleasanton, California | 1980 | T3 | |
| SRC-543 | Environmental Assessment for the Satellite Power System Concept Development and Evaluation Program-Electromagnetic Systems Compatibility; DOE/ER-0096; January 1981 | K.A. Davis, Pacific Northwest Laboratory, Richland, Washington; and W.B. Grant, E.L. Morrison and J.R. Juroshek, Institute for Telecommunications Sciences, Boulder, Colorado | 1981 | T3 | |
| SRC-544 | Survey and Documentation of Emerging Technologies for the Satellite Power System (SPS); DOE/ER-0097; April 1981 | Argonne National Laboratory; foreword names authors Peter Glaser and Phillip Chapman of A.D. Little, Inc. | 1981 | T3 | |
| SRC-545 | A Bibliography for the Satellite Power System (SPS) Concept Development and Evaluation Program; DOE/ER-0098; April 1981 | M. Abromavage, R. Calzadilla and Mark Murray, Argonne National Laboratory | 1981 | T3 | |
| SRC-546 | Workshop on the Radiation Environment of the Satellite Power System -- no document number; September 15, 1978 | Lawrence Berkeley Laboratory, Biology and Medicine Division (Walter Schimmerling and Stanley B. Curtis, Editors) | 1978 | T3 | |
| SRC-547 | Final Report, Laser Power Conversion System Analysis, Vol. II -- NASA CR-159523; Contract NAS3-21137; September 1978 (documentation form gives March 15, 1979 for Vols. I and II jointly) | Lockheed Missiles & Space Company, Inc. (authors W. S. Jones, L. L. Morgan, J. B. Forsyth, J. P. Skratt per documentation form) | 1978 | T3 | |
| SRC-548 | Satellite Power Systems: An Engineering and Economic Analysis Summary; NASA TM X-73344; November 15, 1976 | National Aeronautics and Space Administration, George C. Marshall Space Flight Center, Program Development directorate (no individual author name legible in the text layer) | 1976 | T3 | |
| SRC-549 | Solar Power Satellite Concept Evaluation Activities Report, Volume II - Detailed Report (progress report, July 1976-June 1977); NASA TM-74942; 1977 | National Aeronautics and Space Administration, Lyndon B. Johnson Space Center | 1977 | T3 | |
| SRC-550 | Not confirmed from the title page (page 1 returned no extractable text); text references a Boeing Company study conducted under contract to NASA Lyndon B. Johnson Space Center | 1978 | T3 | ||
| SRC-551 | Solar Power Satellite Microwave Power Transmission and Reception; NASA Conference Publication 2141; workshop held January 15-18, 1980, published 1980 | R.H. Dietz, Coordinator, Lyndon B. Johnson Space Center; National Aeronautics and Space Administration | 1980 | T3 | |
| SRC-552 | Satellite Power System Concept Development and Evaluation Program, Volume I, Technical Assessment Summary Report; NASA TM-58232; November 1980 | National Aeronautics and Space Administration, Lyndon B. Johnson Space Center (no individual author name printed) | 1980 | T3 | |
| SRC-553 | Solar Power Satellite Cost Estimate; NASA TM-58231; January 1981 | Ronald J. Harron and Richard C. Wadle, Lyndon B. Johnson Space Center | 1981 | T3 | |
| SRC-554 | Satellite Power System Concept Development and Evaluation Program, Volume II, System Definition; NASA TM-58236; July 1981 | National Aeronautics and Space Administration, Lyndon B. Johnson Space Center (no individual author name printed) | 1981 | T3 | |
| SRC-555 | Satellite Power System: Concept Development and Evaluation Program, Volume VII - Space Transportation; NASA TM-58238; November 1981 | George C. Marshall Space Flight Center and Lyndon B. Johnson Space Center | 1981 | T3 | |
| SRC-556 | Solar Power Satellite System Sizing Tradeoffs; NASA Technical Paper 1804; February 1981 | G.D. Arndt and L.G. Monford, Lyndon B. Johnson Space Center | 1981 | T3 | |
| SRC-557 | Compilation and Assessment of Microwave Bioeffects: A Selective Review of the Literature on Biological Effects of Microwaves in Relation to the Satellite Power System, Final Report -- PNL-2634; report A0-02-0l/EA81028; May 1978 | Pacific Northwest Laboratory, operated by Battelle Memorial Institute (D. R. Justesen, H. A. Ragan, L. E. Rogers, A. W. Guy, D. L. Hjeresen, W. T. Hinds, R. D. Phillips) | 1978 | T3 | |
| SRC-558 | Electronic and Mechanical Improvement of the Receiving Terminal of a Free-Space Microwave Power Transmission System -- NASA CR-135194; Raytheon report PT-4964; August 1, 1977 | Raytheon Company (William C. Brown) | 1977 | T3 | |
| SRC-559 | Microwave Beamed Power Technology Improvement, Final Report -- Raytheon report PT-5613; JPL Contract No. 955104; 15 May 1980 | Raytheon Company, Microwave and Power Tube Division (W. C. Brown) | 1980 | T3 | |
| SRC-560 | Satellite Power System (SPS) Magnetron Tube Assessment Study -- NASA CR-3383; Contract NAS8-33157; February 1981 | Raytheon Company, Waltham, Massachusetts (William C. Brown) | 1981 | T3 | |
| SRC-561 | Solid State SPS Microwave Generation and Transmission Study, Volume I - Phase II Final Report -- NASA CR-3338; Contract NAS8-33157; 1980 | Raytheon Company, Wayland, Massachusetts (Owen E. Maynard) | 1980 | T3 | |
| SRC-562 | Solid State SPS Microwave Generation and Transmission Study, Volume II - Phase II Final Report, Appendices -- NASA CR-3339; Contract NAS8-33157; 1980 | Raytheon Company, Wayland, Massachusetts (Owen E. Maynard) | 1980 | T3 | |
| SRC-563 | Electrostatic Protection of the Solar Power Satellite and Rectenna, Part I: Protection of the Solar Power Satellite -- NASA CR-3344; Contract NAS8-33023; 1980 | Rice University, Houston, Texas | 1980 | T3 | |
| SRC-564 | Electrostatic Protection of the Solar Power Satellite and Rectenna, Part II - Lightning Protection of the Rectenna -- NASA CR-3345; Contract NAS8-33023; November 1980 | Rice University, Houston, Texas | 1980 | T3 | |
| SRC-565 | Satellite Power System (SPS) Rectenna Siting: Availability and Distribution of Nominally Eligible Sites -- no document number printed; April 1980 | Rice University Space Solar Power Research Program and School of Architecture; and Kotin & Regan, Inc. (Bill Allen Bavinger, James B. Blackburn Jr., Allan D. Kotin) | 1980 | T3 | |
| SRC-566 | Satellite Power Systems (SPS) Concept Definition Study, Final Report (Exhibit C), Volume I: Executive Summary -- SSD 79-0010-1; no NASA CR number printed; March 1979 | Rockwell International, Satellite Systems Division, Space Systems Group | 1979 | T3 | |
| SRC-567 | Satellite Power Systems (SPS) Concept Definition Study, Volume I - Executive Summary -- NASA CR-3317; Contract NAS8-32475; September 1980 | Rockwell International, Downey, California (G. M. Hanley) | 1980 | T3 | |
| SRC-568 | Satellite Power Systems (SPS) Concept Definition Study, Volume II, Part 1 - System Engineering -- NASA CR-3318; Contract NAS8-32475; September 1980 | Rockwell International, Downey, California (G. M. Hanley) | 1980 | T3 | |
| SRC-569 | Satellite Power Systems (SPS) Concept Definition Study, Volume II, Part 2 [cover reads "System Engineering"; Foreword is the Cost and Programmatics text, ending "SSD 79-0010-2-2"] -- NASA CR-3319; Contract NAS8-32475; September 1980 | Rockwell International, Downey, California (G. M. Hanley) | 1980 | T3 | |
| SRC-570 | Satellite Power Systems (SPS) Concept Definition Study, Volume III - Experimental Verification Definition -- NASA CR-3320; Contract NAS8-32475; September 1980 | Rockwell International, Downey, California (G. M. Hanley) | 1980 | T3 | |
| SRC-571 | Satellite Power Systems (SPS) Concept Definition Study, Volume IV - Transportation Analysis -- NASA CR-3321; Contract NAS8-32475; September 1980 | Rockwell International, Downey, California (G. M. Hanley) | 1980 | T3 | |
| SRC-572 | Satellite Power Systems (SPS) Concept Definition Study, Volume VI - In-Depth Element Investigation -- NASA CR-3323; Contract NAS8-32475; September 1980 | Rockwell International, Downey, California (G. M. Hanley) | 1980 | T3 | |
| SRC-573 | Satellite Power Systems (SPS) Laser Studies, Volume I: Laser Environmental Impact Study -- NASA CR-3346; Contract NAS8-32475; November 1980 | Rockwell International, Columbus, Ohio (R. E. Beverly III) | 1980 | T3 | |
| SRC-574 | Satellite Power Systems (SPS) Laser Studies, Volume II: Meteorological Effects on Laser Beam Propagation and Direct Solar Pumped Lasers for the SPS -- NASA CR-3347; Contract NAS8-32475; November 1980 | Rockwell International, Columbus, Ohio (R. E. Beverly III) | 1980 | T3 | |
| SRC-575 | Satellite Power Systems (SPS) Concept Definition Study, Final Report (Exhibit D): Solid State Amplifier Investigation -- SSD 80-0120; no NASA CR number printed; October 1980 | Rockwell International, Space Operations and Satellite Systems Division | 1980 | T3 | |
| SRC-576 | Satellite Power Systems (SPS) Concept Definition Study (Exhibit D), Volume I - Executive Summary -- NASA CR-3392; Contract NAS8-32475; March 1981 | Rockwell International, Downey, California (G. M. Hanley) | 1981 | T3 | |
| SRC-577 | Satellite Power Systems (SPS) Concept Definition Study, Final Report (Exhibit D), Volume II: Systems/Subsystems Analyses -- SSD 80-0108-2; NASA CR-3393 per filename, not confirmed on pp.1-4; October 1980 (this SSD-numbered cover) | Rockwell International, Space Operations and Satellite Systems Division | 1980 | T3 | |
| SRC-578 | Satellite Power Systems (SPS) Concept Definition Study (Exhibit D), Volume III - Transportation Analysis -- NASA CR-3394; Contract NAS8-32475; March 1981 | Rockwell International, Downey, California (G. M. Hanley) | 1981 | T3 | |
| SRC-579 | Satellite Power Systems (SPS) Concept Definition Study (Exhibit D), Volume V - Systems Engineering/Integration Research and Technology -- NASA CR-3396; Contract NAS8-32475; March 1981 | Rockwell International, Downey, California (G. M. Hanley) | 1981 | T3 | |
| SRC-580 | Satellite Power Systems (SPS) Concept Definition Study (Exhibit D), Volume VI, Part 1 - Cost and Programmatics -- NASA CR-3397; Contract NAS8-32475; March 1981 | Rockwell International, Downey, California (G. M. Hanley) | 1981 | T3 | |
| SRC-581 | Satellite Power Systems (SPS) Concept Definition Study, Final Report (Exhibit D), Volume VI: Cost and Programmatics Appendix -- SSD 80-0108-6-2; no NASA CR number confirmed on pp.1-4; October 1980 (this SSD-numbered, "nasa-print" cover) | Rockwell International, Space Operations and Satellite Systems Division | 1980 | T3 | |
| SRC-582 | Satellite Power Systems (SPS) [Concept] Definition Study (Exhibit D), Volume VII - System/Subsystems Requirements Databook -- NASA CR-3399; Contract NAS8-32475; March 1981 | Rockwell International, Downey, California (G. M. Hanley) | 1981 | T3 | |
| SRC-583 | Satellite Power Systems (SPS) LSST Systems Analysis and Integration Task for SPS Flight Test Article -- NASA CR-3375; Contract NAS8-32475; February 1981 | Rockwell International, Downey, California (H. S. Greenberg) | 1981 | T3 | |
| SRC-584 | Space Solar Wins GBP 1.3m ARIA Contract to Help Power Enduring Stratospheric Flight Over Britain, company press release, 15 September 2026 | Space Solar Ltd | 2026 | T5 | |
| SRC-585 | Space Solar Ltd | 2026 | T6 | ||
| SRC-586 | Overcoming the rate-power trade-off: multi-junction photovoltaic receivers for efficient near-infrared power and gigabit data transmission; npj Wireless Technology 2:65 (2026); doi 10.1038/s44459-026-00079-2; open access CC BY-NC-ND 4.0 | Pellegrino et al., Fraunhofer Institute for Solar Energy Systems ISE and University of Cambridge (LiFi Research and Development Centre) | 2026 | T1 | |
| SRC-587 | Ionosphere/Microwave Beam Interaction Study, Final Report, NASA-CR-151517 (September 1977; NTRS 19770026445, STI accession N77-33389) | L. M. Duncan and W. E. Gordon, William Marsh Rice University (Wm. E. Gordon, Principal Investigator) | 1977 | T3 | |
| SRC-588 | The Ionosphere as an Operational Constraint on Space-Based Solar Power; Space Weather 24, e2026SW005195 (2026); doi 10.1029/2026SW005195; open access CC BY-NC | Mike Hapgood, RAL Space, STFC Rutherford Appleton Laboratory, Didcot, UK (as printed) | 2026 | T2 | |
| SRC-589 | Regulating Space-Based Solar Power: Challenges Under Both Space Law and Energy Law; Journal of Air Law and Commerce 91(3), article 2, pp.337-369 (2026); cited on the cover as 91 J. AIR L. & COM. 337 (2026); doi 10.25172/jalc.91.3.2 | Anne-Sophie Martin, Sapienza University of Rome; Steven Freeland, Western Sydney University (as printed on the SMU Scholar cover page) | 2026 | T2 | |
| SRC-590 | CASSIOPEIA Solar Power Satellite: Dispatchable Green Energy From Space; presentation slides, CSAR, Cambridge, May 2023; ResearchGate publication 370561472 | Ian Cash M.Eng (title slide); ResearchGate cover lists Ian Cash, International Electric Company Limited | 2023 | T5 | |
| SRC-591 | Space Based Solar Power - CASSIOPeiA: Modularity, Launch and Connectors; MSc thesis, MSc Astronautics and Space Engineering, School of Aerospace, Transport and Manufacturing, Cranfield University, September 2022 (as printed on PDF 1-2) | Shifa Imtiyaz Shaikh (as printed on the title page) | 2022 | T5 | |
| SRC-592 | GB 2571383 A: Solar concentrator. UK patent application no. 1812844.7, filed 07.08.2018, priority GB 1802849 of 22.02.2018, published 28.08.2019 (as printed on PDF 1) | Ian Cash, inventor (applicant: International Electric Company Limited) | 2019 | T3 | |
| SRC-593 | Solar Power Satellite (SPS) Pilot Beam & Communication Link Subsystem Investigation Study - Phase I, Final Report, ER79-4032, 31 January 1979; NASA-CR-161161, N79-17896; contract NAS8-33157 (as printed on PDF 1) | Raytheon Company, Equipment Division, Advanced Development Laboratory, Wayland, Massachusetts, for NASA Marshall Space Flight Center | 1979 | T3 | |
| SRC-594 | Watt's new: Luxembourg and the European Space Agency support TerraSpark to develop large-scale wireless power demo - TerraSpark company blog, published 2026-09-28. | TerraSpark (company) | 2026 | T6 | |
| SRC-595 | Virtus Solis first-customer posts on LinkedIn, about 2026-09-30: a personal post by an account naming itself Chief Commercial Officer, Virtus Solis Technologies, and a shared post by the Virtus Solis Technologies company page (screenshot transcript) | Virtus Solis Technologies (company page) and its Chief Commercial Officer (self-described) | 2026 | T6 | |
| SRC-596 | Virtus Solis Signs Landmark 20-Year Space Solar PPA with Brae Systems to Deliver 250 MW of Orbital Baseload Clean Power - press release, PR Newswire, 2026-09-30 07:00 ET (release 302894283) | Virtus Solis Technologies, Inc. (issuer), with Brae Systems | 2026 | T6 | |
| SRC-597 | Renewable Power Generation Costs in 2024, Executive summary (published July 2025). Executive summary only; the full report is not held. | IRENA | 2025 | T3 | |
| SRC-598 | Renewable Power Generation Costs in 2025, Executive summary (published 2026). Executive summary only; the full report is not held. ISBN 978-92-9260-749-4. | International Renewable Energy Agency (IRENA); authors Saied Dardour, Deborah Ayres, Lourdes Zamora | 2026 | T3 | |
| SRC-599 | The Costs of Generating Electricity 2025 (the 10th report in the Projected Costs of Generating Electricity series; NEA No. 7771) | OECD Nuclear Energy Agency (NEA) with the Electric Power Research Institute (EPRI) | 2026 | T3 | |
| SRC-600 | Evaluation of a Microwave High-Power Reception-Conversion Array for Wireless Power Transmission (JPL Technical Memorandum 33-741) | R. M. Dickinson, Jet Propulsion Laboratory | 1975 | T3 | |
| SRC-601 | Solar Power Satellites (August 1981) | U.S. Congress, Office of Technology Assessment | 1981 | T3 | |
| SRC-602 | Space solar startup preps laser-beamed power demo for 2026 (page title: "Aetherflux: Space solar startup aims for 2026 laser power demo") | Abhimanyu Ghoshal, New Atlas | 2025 | T5 | |
| SRC-603 | China to build space-based solar power station by 2035 (Xinhua English, 2019-12-02) | Xinhua News Agency | 2019 | T5 | |
| SRC-604 | Space Solar and Transition Labs to deliver space-based solar power to Iceland by 2030 (press release, 2024-10-23) | Space Solar Ltd | 2024 | T6 | |
| SRC-605 | Overview Energy exits stealth with world's first airborne power-beaming demonstration for space solar energy (PR Newswire, 2025-12-10) | Overview Energy (issuer) | 2025 | T6 | |
| SRC-606 | Powering AI, Strengthening the Grid: Innovation in Space Solar Energy and Long-Duration Storage (Meta newsroom, 2026-04-27) | Meta Platforms | 2026 | T6 | |
| SRC-607 | China aims to construct first Space Solar Power Station in 2028 (CGTN, 2022-06-22) | CGTN (China Global Television Network) | 2022 | T5 | |
| SRC-608 | Star Catcher Prepares Orbital Power Beaming Demonstration For Launch (2026-09-28) | Star Catcher Industries, Inc. | 2026 | T6 | |
| SRC-609 | Firefly Aerospace Adds Volta's Wireless Power Receiver to Blue Ghost Mission on Far Side of the Moon (2025-12-10) | Firefly Aerospace | 2025 | T6 | |
| SRC-610 | FCC approves Reflect Orbital filing for mirror in space (Astronomy, 2026-07-22) | Astronomy magazine | 2026 | T5 | |
| SRC-611 | PG&E Makes a Deal for Space-Based Power (POWER magazine, 2009-07-01) | POWER magazine | 2009 | T5 | |
| SRC-612 | Space-Based Solar Power: A Technical, Economic, and Operational Assessment | Jeffrey L. Caton, US Army War College Press (Strategic Studies Institute) | 2015 | T4 | |
| SRC-613 | Space Solar Power Satellite/Station and the Politics (EMC'09 Kyoto, pp. 37-39) | Hiroshi Matsumoto, Kyoto University | 2009 | T5 | |
| SRC-614 | In a First, Caltech's Space Solar Power Demonstrator Wirelessly Transmits Power in Space (news release, 2023-06-01) | California Institute of Technology | 2023 | T6 | |
| SRC-615 | LaserMotive wins NASA's Centennial Challenges program with wireless energy beaming technology (Military & Aerospace Electronics, 2009-12-01) | Military & Aerospace Electronics | 2009 | T5 | |
| SRC-616 | NRL conducts first test of solar power satellite hardware in orbit (US Navy news, 2020-05-18) | U.S. Naval Research Laboratory (US Navy) | 2020 | T6 | |
| SRC-617 | Space-based solar power getting key test aboard US military's mysterious X-37B space plane (Space.com, 2021-04-08) | Space.com | 2021 | T5 | |
| SRC-618 | Europe's Next Energy Frontier Is Above Us. FinanceX Magazine (per TerraSpark's LinkedIn post), printed pp.45-48; issue and date not stated | TerraSpark's founder and CEO (byline on PDF p.1 and p.4) | not stated (supplied 2026-10-02) | T6 | |
| SRC-619 | Space Solar Ltd | 2026 | T6 | ||
| SRC-620 | TerraSpark (company page) | 2026 | T6 | ||
| SRC-621 | TerraSpark (company page) | 2026 | T6 | ||
| SRC-622 | Exploiting earth-moon space: China's ambition after space station (Xinhua item, as reprinted; outlet not stated) | Xinhua News Agency (as reprinted) | 2016 | T5 | |
| SRC-623 | 我国有望率先建成空间太阳能电站 (our translation: China expected to be first to build a space solar power station); Science and Technology Daily, 2019-02-14, as reprinted on Xinhuanet with the title prefixed 电动车的福音！ | Science and Technology Daily (科技日报), reprinted by Xinhuanet | 2019 | T5 | |
| SRC-624 | 宇宙基本計画 (our translation: Basic Plan on Space Policy) | Strategic Headquarters for Space Development (宇宙開発戦略本部); Cabinet decision | 2023 | T3 | |
| SRC-625 | 宇宙基本計画工程表（令和７年度改訂） (our translation: Roadmap for the Basic Plan on Space Policy, FY2025 revision) | Strategic Headquarters for Space Development (宇宙開発戦略本部) | 2025 | T3 | |
| SRC-626 | 宇宙基本計画の概要 (our translation: Overview of the Basic Plan on Space Policy) | Strategic Headquarters for Space Development (宇宙開発戦略本部) (attributed; the page names no body) | 2023 | T3 | |
| SRC-627 | About the SSPS (JAXA R&D Directorate web page, English) | JAXA Research and Development Directorate | undated (cites the 2015 Basic Plan) | T5 | |
| SRC-628 | FAQ about the SSPS (JAXA R&D Directorate web page, English) | JAXA Research and Development Directorate | undated | T5 | |
| SRC-629 | Research on Laser Wireless Power Transmission Technology (JAXA R&D Directorate web page, English) | JAXA Research and Development Directorate | undated (about 2015) | T5 | |
| SRC-630 | Ground demonstration testing of microwave wireless power transmission (JAXA R&D Directorate web page, English) | JAXA Research and Development Directorate | undated (reports 2015-03-08) | T5 | |
| SRC-631 | Research on Microwave Wireless Power Transmission Technology (JAXA R&D Directorate web page, English; operator's file name "R&D on high-accuracy microwave beam-pointing-control technology") | JAXA Research and Development Directorate | undated (about 2015) | T5 | |
| SRC-632 | Research on Large-scale Structure Assembly Technology (JAXA R&D Directorate web page, English) | JAXA Research and Development Directorate | undated ("As of 2016") | T5 | |
| SRC-633 | How Japan Plans to Build an Orbital Solar Farm (IEEE Spectrum feature, Energy, 24 April 2014; in print as "It's Always Sunny in Space"), browser print | Susumu Sasaki (professor emeritus, JAXA, per the article's author note) | 2014 | T5 | |
| SRC-634 | The Proposal - D3 Space Solar Proposal (website page), browser print; page date not shown | D3 Space Solar Proposal team (website; members not recorded, DN-19) | not stated (content about 2016, inferred) | T6 | |
| SRC-635 | Pacific Gas and Electric Company Advice Letter 3690-E, "Documentation of CEC Pre-Certification in Compliance With Resolution E-4286 ... Power Purchase Agreement With Solaren Corporation" (18 June 2010), with the CPUC Energy Division letter of 3 February 2011 giving it effect and the CEC pre-certification letter and certificate of 5 January 2010 (Appendix A) | Pacific Gas and Electric Company; California Public Utilities Commission, Energy Division; California Energy Commission | 2010 | T3 | |
| SRC-636 | Pacific Gas and Electric Company Advice Letter 3449-E, "Contract for Procurement of Renewable Energy Resources Resulting from PG&E's Power Purchase Agreement with Solaren Corporation" (10 April 2009), with the CPUC Energy Division letter of 1 February 2010 | Pacific Gas and Electric Company; California Public Utilities Commission, Energy Division | 2009 | T3 | |
| SRC-637 | ESA to request funding for space-based solar power study (SpaceNews, Civil, 18 August 2022), browser print | Jeff Foust (SpaceNews) | 2022 | T5 | |
| SRC-638 | Solar Power From Space - European Strategy In The Light Of Global Sustainable Development: Programme plan (reference ESA SPS Programme plan 2003/2005; GS 03.L36; issue 2, revision 06) | European Space Agency, ESTEC (prepared by the programme's ESA Technical Officer, recorded by role) | 2003 | T3 | |
| SRC-639 | Space-based solar power (ESA Advanced Concepts Team infographic, undated), image | European Space Agency, Advanced Concepts Team | n.d. | T6 | |
| SRC-640 | UK to launch first power station in SPACE - limitless green energy to slash foreign ties (Express.co.uk, 21 March 2022) | Jacob Paul (Express.co.uk) | 2022 | T5 | |
| SRC-641 | Broadcast 1127 (Special Edition), The Space Show archive page (guest: the NASA Ames Research Center Director), browser print | David Livingston (The Space Show), host's programme summary | n.d. (after early December 2008; cited as 2009 by Wikipedia) | T6 | |
| SRC-642 | Statement of the Manager, Advanced Concepts Studies, Office of Space Flight, NASA, before the Subcommittee on Space and Aeronautics, Committee on Science, U.S. House of Representatives, 7 September 2000 (space solar power), as republished by the National Space Society ("Testimony ... before House Science Committee Hearings on Solar Power Satellites"), browser print | NASA (the then Manager, Advanced Concepts Studies, Office of Space Flight, as witness; recorded by role, DN-19); republished by the National Space Society | 2000 | T5 | |
| SRC-643 | Space-Based Solar Power Foundation (Canada) | 2026 | T5 | ||
| SRC-644 | Caltech Announces Breakthrough $100 Million Gift to Fund Space-based Solar Power Project, Caltech news release, 3 August 2021 (operator's print of the web page, with a transcription of its body) | California Institute of Technology | 2021 | T5 | |
| SRC-645 | Help ESA research key space-based solar power challenges (ESA, Enabling & Support, 10 July 2023), browser print | European Space Agency | 2023 | T6 | |
| SRC-646 | Methodological Guidelines on Net Energy Analysis of Photovoltaic Electricity (IEA-PVPS Report T12-07:2016, ISBN 978-3-906042-39-8) | M. Raugei (author); R. Frischknecht, C. Olson, P. Sinha, G. Heath (contributors); IEA PVPS Task 12 | 2016 | T3 | |
| SRC-647 | SPS Phase Control System Performance via Analytical Simulation (LinCom Corporation TR-7903-0977, March 1979; NASA CR-160582; contract NAS9-15725) | W. C. Lindsey, A. V. Kantak, C. M. Chie, R. W. D. Booth (LinCom Corporation), for NASA Johnson Space Center | 1979 | T3 | |
| SRC-648 | Recommendation ITU-R RA.769-2: Protection criteria used for radio astronomical measurements (1992-1995-2003) | ITU Radiocommunication Sector | 2003 | T1 | |
| SRC-649 | Solar Power Satellite Systems and Issues, Chapter VIII Environment and Health, DRAFT February 6, 1981 (DRAFT, not for quotation) | U.S. Congress, Office of Technology Assessment | 1981-02-06 | T3 | |
| SRC-650 | Draft recommendations for a program to assess the health and ecological impacts of microwave power transmission from a satellite power system (DRAFT) | Not printed (no issuing body, author or report number on the 51 pages); addressed to the US Department of Energy | 1978 (cover date reads 3/31/78, partly cut off) | T3 | |
| SRC-651 | The Potential of Satellite Solar Power. Proceedings of the IEEE, vol. 65, no. 8, August 1977, invited paper (first page printed p.1162) | P. E. Glaser, Arthur D. Little, Inc. | 1977 | T2 | |
| SRC-652 | Effect of Microwave Radiation on Birds, Nature 210, p.636, 7 May 1966 (letter) | J. A. Tanner, Control Systems Laboratory, Division of Mechanical Engineering, National Research Council, Ottawa | 1966 | T1 | |
| SRC-653 | Non-thermal Effects of Microwave Radiation on Birds, Nature 216, p.1139, 16 December 1967 (letter) | J. A. Tanner, C. Romero-Sierra and S. J. Davie, Control Systems Laboratory, National Research Council, Ottawa | 1967 | T1 | |
| SRC-654 | The Effects of Microwaves on Birds: Preliminary Experiments, Journal of Microwave Power 4(2), 1969, pp.122-128 (pp.122-123 inferred) | J. A. Tanner, C. Romero-Sierra and S. J. Davie (National Research Council, Ottawa; Queen's University, Kingston) | 1969 | T1 | |
| SRC-655 | Changes of Muscle Action in Birds Exposed to a Microwave Field, 8th International Conference on Medical and Biological Engineering, Chicago, session 25-6, 24 July 1969 | J. A. Tanner (National Research Council, Ottawa), C. Romero-Sierra (Queen's University, Kingston) and F. Villa | 1969 | T5 | |
| SRC-656 | Microwave Radiation Hazard to Aircraft Transiting Radio and Radar Beams; Final Report, Project No. 110-302R, Report No. RD-64-1; December 1963 | Federal Aviation Agency, Systems Research and Development Service, Research Division (National Aviation Facilities Experimental Center, Atlantic City); prepared by John J. Kulik | 1963-12 | T3 | |
| SRC-657 | Space-Borne High-Power Microwave Beam at 22.2 GHz (Water-Vapor Absorption Line) and its Potential for Atmospheric Modifications. Journal of Microwave Power 12(3), 1977, pp. 209-213 (start page inferred from printed p.210) | M. O. Grossi; G. Colombo (Smithsonian Astrophysical Observatory) | 1977 | T1 | |
| SRC-658 | Comparison of the USA, USSR and Polish Microwave Permissible Exposure Standards (typescript paper; listed for the Health Physics Society Ninth Midyear Topical Symposium, Denver, February 9-12) | Przemyslaw Czerski (National Research Institute of Mother and Child, Warsaw; FDA BRH visiting scientist) | 1976 | T3 | |
| SRC-659 | ANSI C95.1-1982: American National Standard Safety Levels with Respect to Human Exposure to Radio Frequency Electromagnetic Fields, 300 kHz to 100 GHz (revision of ANSI C95.1-1974) | American National Standards Institute (co-secretariat IEEE and US Department of the Navy, Naval Electronic Systems Command; published by IEEE) | 1982 | T1 | |
| SRC-660 | Early Developmental Deficits in Rats Following In-utero Exposure to 500 uW/cm2, 2450-MHz Microwaves (typescript report) | Not shown: author block redacted in the archive copy (University of Washington group inferred from methods; unverified) | T3 | ||
| SRC-661 | Physiological and Behavioral Changes in Rats Exposed Prenatally to 2450-MHz 500 uW/cm2 Microwaves (typescript abstract and summary) | Not shown: no byline on the archive copy | T3 | ||
| SRC-662 | Chronic Exposure of Rats to 2450-MHz Microwaves at 5 mW/cm2 Defining Frequency Dependent Dose-Determinate Effects (abstract) | Not shown: author block redacted in the archive copy | T3 | ||
| SRC-663 | Evidence of Neuropathology in Chronically Irradiated Hamsters by 2450 MHz Microwaves at 10 mW/cm2 (symposium abstract and summary) | Not shown: author block redacted in the archive copy (an extension of Albert and DeSantis 1975, 1976 by its own statement; authorship unverified) | T3 | ||
| SRC-664 | Long-Term 2450-MHz CW Microwave Irradiation of Rabbits: Evaluation of Hematological and Immunological Effects. Journal of Microwave Power 15(1), 1980, pp. 45-52 (start page inferred from printed p.46) | D. I. McRee; R. Faith; E. E. McConnell (NIEHS); A. W. Guy (University of Washington) | 1980 | T1 | |
| SRC-665 | Long-Term 2450-MHz CW Microwave Irradiation of Rabbits: Methodology and Evaluation of Ocular and Physiologic Effects. Journal of Microwave Power 15(1), 1980, pp. 37-44 | A. W. Guy; P. O. Kramar; C. A. Harris; C. K. Chou (University of Washington) | 1980 | T1 | |
| SRC-666 | Electricity Transmitted By Radio Beam on Coast (New York Times, 10 October 1975, p.40), Glaser archive photocopy | Victor K. McElheny (New York Times) | 1975 | T5 | |
| SRC-667 | Statement of the NASA Acting Administrator before the Subcommittee on Science, Technology and Space, Committee on Commerce, Science and Transportation, United States Senate, 97th Congress, 19 March 1981 (FY1982 revised budget request) | Alan M. Lovelace, Acting Administrator, National Aeronautics and Space Administration | 1981 | T5 | |
| SRC-668 | Mineral Commodity Summaries 2026: Gallium | U.S. Geological Survey | 2026 | T1 | |
| SRC-669 | Mineral Commodity Summaries 2026: Germanium | U.S. Geological Survey | 2026 | T1 | |
| SRC-670 | Mineral Commodity Summaries 2026: Indium | U.S. Geological Survey | 2026 | T1 | |
| SRC-671 | Radio Regulations, Edition of 2024 (Volumes 1-4) | ITU | 2024 | T1 | |
| SRC-672 | Report ITU-R SM.2392-2 (06/2026): Applications of wireless power transmission via radio frequency beam | ITU-R | 2026 | T1 | |
| SRC-673 | Recommendation ITU-R SM.2110-2 (09/2025): Guidance on frequency ranges for operation of non-beam wireless power transmission for electric vehicles | ITU-R | 2025 | T1 | |
| SRC-674 | Recommendation ITU-R SM.2129-1 (09/2024): Guidance on frequency ranges for the operation of non-beam wireless power transmission for mobile and portable devices | ITU-R | 2024 | T1 | |
| SRC-675 | Recommendation ITU-R SM.2151-0 (09/2022): Guidance on frequency ranges for operation of wireless power transmission via radio frequency beam for mobile/portable devices and sensor networks | ITU-R | 2022 | T1 | |
| SRC-676 | Why the Double Standard? A Critical Review of Russian Work on the Hazards of Microwave Radiation (printed pp.168-172 of an unnamed proceedings or collection) | L. P. Inglis, Atomics International Division, North American Rockwell Corp. | c.1970 (not printed; latest reference is December 1969, inferred) | T5 | |
| SRC-677 | A Review of International Microwave Exposure Guides. American Industrial Hygiene Association Journal, vol. 31, September-October 1970, pp.623-629 (reprint); the file also holds two other AIHA Journal reprints: Health Surveillance of Microwave Hazards (vol. 31, May-June 1970, pp.358-361) and Evaluation and Control of Exposures in Repairing Microwave Ovens (vol. 30, March-April 1969, pp.137-142) | J. R. Swanson, V. E. Rose and C. H. Powell; International Labour Office, Geneva, and Bureau of Occupational Safety and Health, US Public Health Service | 1970 | T2 | |
| SRC-678 | A review of microwave radiation hazards and safety standards. Annals of Occupational Hygiene vol. 17, pp.315-320 (index card only) | I. R. Lindsay (as typed on the card, "Lindsay IR") | 1975 | T2 | |
| SRC-679 | A Review of Radiofrequency and Microwave Radiation Bioeffects Research and Issues: 1977-1981. Remarks presented at the 3rd annual Bioelectromagnetics Society meeting, Washington DC, 11 August 1981 (typescript) | C. H. Dodge (Congressional Research Service, Library of Congress) and Z. R. Glaser (Bureau of Radiological Health, FDA), speaking for themselves | 1981-08-11 | T5 | |
| SRC-680 | A Review of Selected Biological Effects and Dosimetric Data Useful for Development of Radiofrequency Safety Standards for Human Exposure. Journal of Microwave Power, vol. 14, no. 4, 1979, pp.405-424 | R. A. Tell (US Environmental Protection Agency, Office of Radiation Programs) and F. Harlen (National Radiological Protection Board, UK) | 1979 | T2 | |
| SRC-681 | A Review of United States Microwave Exposure Criteria (presented at the International Symposium on Ergonomics and Physical Environmental Factors, Rome, 18 September 1968) | V. E. Rose, C. H. Powell, M. E. LaNier and J. R. Swanson; U.S. DHEW, Public Health Service, Environmental Control Administration, Occupational Health Program, Cincinnati, and (one author) International Labour Office, Geneva | 1968 | T5 | |
| SRC-682 | Assessment of the Biological Effects of Radiofrequency Radiation (undated; literature through 1982) | J. M. Lary, D. L. Conover and W. E. Murray; U.S. DHHS, Public Health Service, Centers for Disease Control, Division of Biomedical and Behavioral Science, Physical Agents Effects Branch, Cincinnati | 1984 or later (undated; the text cites a 1984 meeting) | T3 | |
| SRC-683 | Biological Effects of Microwaves: Future Research Directions. Special Panel Discussion, transcript and supplementary materials, 1968 Symposium on Microwave Power, Boston, 22 March 1968 | International Microwave Power Institute (panel chaired by the Radiobiology Division, Aerospace Medical Division, U.S. Air Force; preface by the University of California, Berkeley); San Francisco Press | 1968 | T5 | |
| SRC-684 | Microwave Cataractogenesis: A Critical Review of the Literature. Aerospace Medicine 43(1):67-75, January 1972 (reprint) | W. C. Milroy and S. M. Michaelson, University of Rochester School of Medicine and Dentistry, Department of Radiation Biology and Biophysics | 1972 | T2 | |
| SRC-685 | Relevancy of Experimental Studies of Microwave-Induced Cataracts to Man, report UR-3490-103 | S. M. Michaelson, University of Rochester School of Medicine and Dentistry, Department of Radiation Biology and Biophysics | 1972 (handwritten on p.1; no typed date; latest reference May 1972) | T3 | |
| SRC-686 | Considerations and criteria for a recommended standard for occupational exposure to radiofrequency and microwave fields (abstract) | National Institute for Occupational Safety and Health (Rockville, MD) with Equitable Environmental Health, Inc. (contractor); four named authors | c.1978-79 (no date printed; the text says the effort began May 1978 and was due August 1979) | T5 | |
| SRC-687 | A status report on, and a comparison of US and international RF/microwave radiation standards/guidelines-development activities (abstract for the Fourth Annual Meeting of the Bioelectromagnetics Society, Los Angeles, 28 June to 2 July 1982) | Bureau of Radiological Health (FDA), Federal Communications Commission Office of Science and Technology, and a visiting scientist at BRH; three named authors | 1982 | T5 | |
| SRC-688 | Critical evaluation of maximum permissible levels of microwave radiation. Arhiv za higijenu rada i toksikologiju (Arh. hig. rada) 15 (1964) 47-55, in English | L. Minecki, Institute of Occupational Medicine, Lodz | 1964 | T2 | |
| SRC-689 | Exposure limits for microwave radiation - a Canadian proposal (DRAFT ONLY, not for further distribution; paper to be submitted to the Journal of Microwave Power) | Radiation Protection Bureau, Health and Welfare Canada (Non-Ionizing Radiation Section, X-Rays and Radiation Devices Division); one named author | c.1977 (no date printed; newest dated reference 1977 and a handwritten note read as 16 Sept 77) | T3 | |
| SRC-690 | Occupational exposure limits for radiofrequency and microwave radiation. Applied Industrial Hygiene 1(2):75-86, July 1986 (ACGIH) | Physics Laboratory, Istituto Superiore di Sanita, Rome; one named author | 1986 | T2 | |
| SRC-691 | An Analysis of Radiofrequency and Microwave Absorption Data with Consideration of Thermal Safety Standards. Technical Note ORP/EAD 78-2, April 1978 | U.S. Environmental Protection Agency, Office of Radiation Programs, Electromagnetic Radiation Analysis Branch, Las Vegas (R. A. Tell) | 1978-04 | T3 | |
| SRC-692 | Comments and Suggestions Regarding the ANSI C-95.4 Subcommittee Report on Research Needs for Radiofrequency and Microwave Standards Setting (typescript critique, 25 numbered pages) | Unsigned; no issuing body printed (a handwritten note on p.1 suggests authors; not printed and not used) | undated (not printed; the report it critiques is not dated on these pages) | T3 | |
| SRC-693 | Non-Thermal Hazards of Exposure to Radio Frequency Fields. Microwave Studies. Final Report, contract N0014-69-C-0176 (leading characters faint), period 1 March 1969 to 30 November 1974, DDC accession AD-A019 359 (as read from the stamp, to confirm) | New England Institute, Ridgefield, Connecticut (G. H. Mickey, J. H. Heller, E. Snyder) | 1975-07 | T4 | |
| SRC-694 | Thermal or Non-Thermal: West vs. East. Presented at the Seventh Mid-Year Topical Symposium of the Health Physics Society, San Juan, Puerto Rico, 14 December 1972 (typescript, 10 pages plus references) | T. C. Rozzell, Office of Naval Research, Arlington, Virginia | 1972-12 | T5 | |
| SRC-695 | Thermal and non-thermal cataractogenesis by microwaves. Non-ionizing Radiation, December 1970, pp.(159)-163 (first page unnumbered; volume not printed on the pages held); AIAA Technical Information Service copy, accession A71-25077 (handwritten) | H. D. Baillie, University Department of Surgery, Manchester Royal Infirmary | 1970-12 | T2 | |
| SRC-696 | The Pain Threshold for Microwave and Infra-red Radiations. J. Physiol. (1952) 118, 1-11 | H. F. Cook, Department of Physics Applied to Medicine, The Middlesex Hospital, London | 1952 (received 2 November 1951) | T1 | |
| SRC-697 | Chronic Exposure of Dogs to Microwave Radiation of 24,000 Megacycles and a Power Density of 20 mw/cm2. Technical Note RADC-TDR-62-694 | W. B. Deichmann, E. Bernal, F. Stephens, K. Landeen, University of Miami School of Medicine, Department of Pharmacology; for Rome Air Development Center, USAF | 1962-63 (report series 62; ASTIA receipt stamp 10 April 1963; handwritten "1962" on the title page) | T3 | |
| SRC-698 | Effects of Chronic Microwave Irradiation on Mice. IRE Transactions on Bio-Medical Electronics, vol. BME-9, no. 2, April 1962 (offprint; printed pp.104-108, first inferred) | S. Prausnitz and C. Susskind, Electronics Research Laboratory, University of California, Berkeley | 1962 | T1 | |
| SRC-699 | Some Effects of Acute and Chronic Microwave Irradiation of Mice. Paper 2-3, printed pp.163-175; cited by SRC-724 (ref 3) as in J. D. Hardy (ed.), Thermal Problems in Aerospace Medicine, Circa Publications, Pelham NY, 1968 (volume not held) | A. S. Hyde and J. J. Friedman, Wright-Patterson Air Force Base and Indiana University | 1968 (per the citation in SRC-724 ref 3; not printed on the pages held, latest reference 1961) | T3 | |
| SRC-700 | Microwave Radiation: An Epidemiologic Assessment (galley proof) | R. M. Albrecht, Bureau of Radiological Health, Food and Drug Administration; E. Landau, American Public Health Association | 1978 (handwritten galley date "7-18-78"; outlet and year not printed) | T5 | |
| SRC-701 | Cataract Incidence in Radar Workers. Archives of Environmental Health, vol. 11, August 1965, pp.179-182 | S. F. Cleary, B. S. Pasternack (Institute of Environmental Medicine, New York University Medical Center) and G. W. Beebe | 1965 | T1 | |
| SRC-702 | Epidemiological Surveys in Groups Occupationally Exposed to Microwaves (Radar). Course paper submitted for Preventive Medicine 415, The University of Rochester, 25 May 1972 | William M. Houk, M.D. (University of Rochester, as printed) | 1972-05-25 | T5 | |
| SRC-703 | Health Surveillance of Personnel Professionally Exposed to Microwaves (typescript, two pages, second numbered 6; no outlet or date printed) | S. Baranski and P. Czerski, Institute of Aviation Medicine, Warsaw, Poland | 1972 or later (latest cited work 1972; inferred, unverified) | T3 | |
| SRC-704 | Abstract no. 97, "Observations on Microwave Hazards to USAF Personnel", in Abstracts of Current Literature, Aerospace Medicine, February 1974, printed p.216 (abstracting Journal of Occupational Medicine, vol. 14, July 1972, pages printed "554-547") | Aerospace Medicine abstracting section; the abstracted paper is by L. T. Odland, USAF Radiological Health Laboratory, Wright-Patterson AFB | 1974-02 | T5 | |
| SRC-705 | Human Exposure to Nonionizing Radiant Energy - Potential Hazards and Safety Standards (invited paper). Proceedings of the IEEE, vol. 60, no. 4, April 1972, pp.389-421 (reprint) | S. M. Michaelson, Department of Radiation Biology and Biophysics, University of Rochester School of Medicine and Dentistry | 1972-04 | T2 | |
| SRC-706 | NASA Technical Reports Server citation search, query "space-based solar power" (page size 100), JSON response | NASA (NTRS) | 2026 | T1 | |
| SRC-707 | Cerebrovascular Permeability to 14C-Sucrose in the Rat following 2450 MHz CW Microwave Irradiation (abstract, summary and table; typescript) | Not shown (no byline; reference 4 is a self-citation to a 1979 Brain Research paper, authors not named here) | c.1979 (inferred: latest reference "in Press, 1979") | T3 | |
| SRC-708 | Differential Heating of the Cortex, Hypothalamus and Rectum in Three Species by 2450-MHz Microwaves (abstract and summary; typescript) | Not shown | c.1979 (inferred: cites Gandhi, Radio Science 1979, in press) | T3 | |
| SRC-709 | Specific Absorption Rates Measured in Rats and Mice Exposed to 2450, 425 or 100 MHz Radiofrequency Radiation (abstract and summary) | Not shown | c.1978-79 (inferred: cites the Dosimetry Handbook 2nd edition) | T3 | |
| SRC-710 | Specific Absorption Rates in Mice Exposed to 918 and 2450 MHz Circularly Polarized Guided EM Fields (abstract, summary, three figures) | Not shown (cites two waveguide-system papers by its likely group; authorship not printed) | c.1979 (inferred: cites a 1979 Radio Science supplement as to be published) | T3 | |
| SRC-711 | Teratology in Rats Exposed to 2450 MHz Microwaves at Intense and Intermediate Dose Rates (abstract and summary) | Not shown | not printed | T3 | |
| SRC-712 | Studies Concerning the Effects of Non-Thermal Protracted Prenatal 2450 MHz Microwave Irradiation on Prenatal and Postnatal Development in the Rat (abstract and summary) | Not shown (NIH grant number printed) | not printed | T3 | |
| SRC-713 | Observations of mouse fetuses after irradiation with 2.45 GHz microwaves. Health Physics 35, 1978, pp.791-801 (abstracting-journal entry no. 999 only) | E. Berman, J. B. Kinn and H. B. Carter, US Environmental Protection Agency, Health Effects Research Laboratory (as printed in the entry) | 1978 | T3 | |
| SRC-714 | Observations of Rat Fetuses after Irradiation with 2.45 GHz (CW) Microwaves (abstract) | Not shown | not printed | T3 | |
| SRC-715 | Immunologic and Hematopoietic Alterations by 2450 MHz Radiation (abstract, summary, two figures and a table) | Not shown | not printed (cites 1977 work) | T3 | |
| SRC-716 | Kinetics and Mechanisms of the Induction of an Increase in Complement Receptor Positive (CR+) Mouse Spleen Cells following a Single Exposure to 2450 MHz Microwaves (abstract and summary) | Not shown | not printed | T3 | |
| SRC-717 | Physiologic Response of Rats to Hyperthermia Induced by Exposure to 2450 MHz Microwave Radiation. The Physiologist, printed p.423 (abstract); the file's PDF p.2 (printed 347) carries the abstract reprinted as SRC-719 | R. D. Phillips, E. L. Hunt and N. W. King, Battelle Pacific Northwest Laboratories (render read) | 1973 (inferred from SRC-719, which gives The Physiologist vol. 16 no. 3, August 1973 for the p.347 abstract) | T3 | |
| SRC-718 | Thermal Effects on Colonic and Regional Brain Temperature in Unanesthetized Rats Exposed to 2450 MHz CW Microwaves (abstract and summary; University of Rochester report UR-3490-1567) | Not shown | c.1979 (inferred: DOE contract, latest references 1978) | T3 | |
| SRC-719 | Thermal Regulation in Long-Evans Rats Exposed to 2450 MHz Microwave Radiation: abstract for the APS fall meeting, Rochester, 24 August 1973; reprint from The Physiologist vol. 16 no. 3, August 1973; talk text and slide figures (University of Rochester report UR-3490-330) | W. M. Houk, S. M. Michaelson and A. Longacre, Jr., University of Rochester | 1973 | T3 | |
| SRC-720 | Quantitation of Microwave Radiation Effects on the Eyes of Rabbits at 2450 MHz and 918 MHz. Scientific Report No. 2, contract N00014-67-A-0103-0025, NR 201-055 | A. W. Guy, J. C. Lin, P. O. Kramar and A. F. Emery, Bioelectromagnetics Research Laboratory, University of Washington | 1974-01 | T3 | |
| SRC-721 | Thresholds for Lenticular Damage in the Rabbit Eye due to Single Exposure to CW Microwave Radiation: an Analysis of the Experimental Information at a Frequency of 2.45 GHz. Health Physics vol. 21, 1971, pp.763-769 (month not legible in the text layer) | D. I. McRee, National Institute of Environmental Health Sciences | 1971 | T1 | |
| SRC-722 | Further Studies of Testis Cytology in Mice Irradiated with 2450-MHz Microwaves (abstract, summary, graph, table) | Not shown | not printed (refers to its own work "last year") | T3 | |
| SRC-723 | Histopathologic Changes in Rat Liver following 2450 Megahertz Microwave Radiation. T.-I.-T. Journal of Life Sciences, 1971, 1:1-8 | C. K. O'Brien, A. W. Richardson and H. M. Kaplan, Southern Illinois University | 1971 | T1 | |
| SRC-724 | The Effect of 2450 MHz Microwave Irradiation on the Growth of Mice. Journal of Microwave Power 8(1), 1973, pp.111-115 (start page inferred; PDF p.2 = printed 112) | R. D. McAfee, R. Braus, Jr. and J. Fleming, Jr. (Tulane University Biophysics Program, previously) | 1973 | T1 | |
| SRC-725 | Changes in the Peripheral Blood of the Rat Exposed to Microwave Radiation (2400 MHz) in Conditions of Chronic Exposure. Aerospace Medicine 44(9):1051-1054, September 1973 (with an AIAA Technical Information Service cover sheet) | Z. Djordjevic and A. Kolak, Institute of Aviation Medicine, Belgrade | 1973-09 | T1 | |
| SRC-726 | Microwave Hazard Measurements near Various Aircraft Radars. Radiation Data and Reports 15(4), April 1974, pp.161-179 (EPA Office of Radiation Programs reprint); second copy with an index card | R. A. Tell and J. C. Nelson, US EPA Electromagnetic Radiation Analysis Branch (names per the index card in the rank 21 file and the header, partly illegible in the text layer) | 1974-04 | T3 | |
| SRC-727 | Survey of Radiation Levels Generated by Equipment Used on EC-121 Aircraft, and Clinical Evaluation of Selected Crew Members. Report No. 70W-109 | USAF Radiological Health Laboratory (AFLC), Wright-Patterson AFB | 1971 (surveys 1-10 December 1970; report dated Jan and Mar 1971 on PDF pp.1-2) | T3 | |
| SRC-728 | Twenty-Five Years of Scientific Research Sponsored by the Joint Services Electronics Program at Harvard University (AD-759 990); talks at the Technical Advisory Committee review, 11-12 May 1972; section "Shielding and Radio-Frequency Hazards" | N. Bloembergen et al. (per the NTIS cover); sections by J. A. Pierce and R. W. P. King, Harvard University | 1972 | T3 | |
| SRC-729 | HERO (Hazards of Electromagnetic Radiation to Ordnance), Naval Weapons Laboratory leaflet | Naval Weapons Laboratory, Dahlgren, Virginia | not printed (after 1958, the year technical direction was assigned) | T5 | |
| SRC-730 | Aircraft Radar Measurements in the Near Field. In Operational Health Physics, Proceedings of the Ninth Midyear Topical Symposium of the Health Physics Society, February 1976 (EPA reprint) | R. A. Tell, N. N. Hankin and D. E. Janes, Jr., US EPA | 1976-02 | T3 | |
| SRC-731 | A Roadmap to Interstellar Flight. JBIS 69, pp.40-72 | Philip Lubin, University of California Santa Barbara | 2016 (arXiv v8 dated 2022-01-21) | T2 | |
| SRC-732 | Hypersonic Airplane Space Tether Orbital Launch (HASTOL) Architecture Study, Phase II: Final Report | The Boeing Company Phantom Works, with Tethers Unlimited Inc. (NIAC subcontract 07600-040) | 2001-10-31 | T3 | |
| SRC-733 | The Space Elevator, NIAC Phase II Final Report | Bradley C. Edwards, Eureka Scientific | 2003-03-01 | T3 | |
| SRC-734 | Space Settlements: A Design Study, NASA SP-413 | Richard D. Johnson (NASA Ames Research Center) and Charles Holbrow (Colgate University), editors | 1977 | T3 | |
| SRC-735 | Space Resources and Space Settlements, NASA SP-428 | Gerard K. O'Neill (study director); John Billingham, William Gilbreath and Brian O'Leary, editors | 1979 | T3 | |
| SRC-736 | Lunar Power System: Summary of Studies for the Lunar Enterprise Task Force, NASA Office of Exploration (Appendix B-4) | David R. Criswell | 1989 (pages marked "copyright 1989" and dated 6/20/89; N90-15841; parent report UNVERIFIED) | T3 | |
| SRC-737 | Wave Interaction Observations of Ionospheric Modification in the D-Region, NTIA Report 81-66 | C. J. Chilton (printed "C.J. Chilton", PDF p.1; "Charles J. Chilton", NTIA Institute for Telecommunication Sciences, Boulder, PDF p.7), US Department of Commerce, NTIA | 1981-03 | T3 | |
| SRC-738 | Space System Life Cycle Assessment (LCA) Guidelines, ESSB-HB-U-005 Issue 2 Rev. 0 | ESA LCA Working Group (printed "ESA LCA WG", PDF p.1; "ESA LCA HB WG", PDF p.2), ESA ESTEC | 2025-12-19 | T3 | |
| SRC-739 | CP 1478: Government response to the House of Lords UK Engagement with Space Committee report "The Space Economy: Act Now or Lose Out" | Department for Science, Innovation and Technology (HM Government) | 2026 | T1 | |
| SRC-740 | The Grid Code, Issue 6 Revision 45 (13 August 2026), update pack for GC0176: Glossary & Definitions, Operating Codes 6 and 7, Governance Rules | National Energy System Operator (NESO) | 2026 | T1 | |
| SRC-741 | GSTP at CM25: Fast-Tracking Innovation for Europe's Future (web page) | European Space Agency, Directorate of Technology, Engineering and Quality | 2025 | T1 | |
| SRC-742 | Space-Based Solar Power overview (ESA web article dated 08/08/2022, SOLARIS section), with its later page-not-found state | European Space Agency | 2022 | T1 | |
| SRC-743 | Design and Prototyping Efforts for the Space Solar Power Initiative, 2017 IEEE 44th Photovoltaic Specialist Conference (PVSC), pp. 558-561 (ABSTRACT ONLY) | M. D. Kelzenberg et al. (Caltech; 16 authors per CaltechAUTHORS) | 2017 | T2 | |
| SRC-750 | Method and Apparatus for Converting Solar Radiation to Electrical Power, US Patent 3,781,647 (granted 25 December 1973; continuation-in-part of Ser. No. 838,896 filed 3 July 1969) | Peter E. Glaser; assignee Arthur D. Little, Inc. | 1973 | T3 | |
| SRC-751 | History of research on SPS, ESA Advanced Concepts Team web page (Energy Systems, Solar Power Satellites and Wireless Power Transmission) | European Space Agency, Advanced Concepts Team | 2012 | T6 | |
| SRC-752 | Radiofrequency and Microwave Radiation - Standards, OSHA Safety and Health Topics page | US Occupational Safety and Health Administration | 2026 | T3 | |
| SRC-753 | Recent advances in the effects of microwave radiation on brains, Military Medical Research 4:29 | Wei-Jia Zhi, Li-Feng Wang, Xiang-Jun Hu | 2017 | T2 | |
| SRC-755 | Land-Use Requirements of Modern Wind Power Plants in the United States. NREL/TP-6A2-45834, August 2009 | Paul Denholm; Maureen Hand; Maddalena Jackson; Sean Ong (NREL) | 2009 | T3 | |
| SRC-756 | Digest of UK Energy Statistics (DUKES) 2026, table 6.3: Load factors for renewable electricity generation, 2008-2025 | UK Department for Energy Security and Net Zero (DESNZ) | 2026 | T3 | |
| SRC-757 | ESA chooses Thales Alenia Space for SOLARIS feasibility study (press release, Turin, 2023-07-24) | Thales Alenia Space (company) | 2023 | T6 | |
| SRC-758 | Emrod demonstrates power-beaming technology for space-based solar power (Aerospace Testing International, 2022-09-27) | Aerospace Testing International, Web Team | 2022 | T5 | |
| SRC-759 | Enduring Atmospheric Platforms, programme page (ARIA, undated, as fetched 2026-10-08) | Advanced Research and Invention Agency (ARIA) | 2026 | T6 | |
| SRC-760 | TerraSpark raises EUR 5M+ to beam solar power from orbit to Earth (The Next Web, 2026-03-30) | Cristian Dina, The Next Web | 2026 | T5 | |
| SRC-761 | Space solar startup Aetherflux raises $50M to launch first space demo in 2026 (TechCrunch, 2025-04-02) | Rebecca Bellan, TechCrunch | 2025 | T5 | |
| SRC-762 | Global Energy and Climate Model Documentation - 2025 | International Energy Agency | 2025 | T3 | |
| SRC-763 | Summary of Recent Results from NASA's Space Solar Power (SSP) Programs and the Current Capabilities of Microwave WPT Technology | James McSpadden (Boeing Phantom Works); John C. Mankins (NASA Headquarters) | 2002 | T3 | |
| SRC-764 | Uchu kara no musen soden: OHISAMA Project ni muketa torikumi (Wireless power transmission from space: work towards the OHISAMA Project), lecture slides, NIHONBASHI SPACE WEEK side event "SSPS - 2025 JSS activity report" (in Japanese) | Koji Tanaka (JAXA Institute of Space and Astronautical Science) | 2025 | T5 | |
| SRC-765 | Wireless Power Transfer at Higher Frequency for SPS and for Commercial WPT. Proceedings of the Third International Conference on Telecommunications and Remote Sensing (ICTRS 2014), pp.21-24 | Naoki Shinohara (Research Institute for Sustainable Humanosphere, Kyoto University) | 2014 | T3 | |
| SRC-766 | Alternative Architecture for Commercial Space Solar Power (presentation, International Space Development Conference, Tucson, May 26-29, 2000; NTRS preprint) | Seth D. Potter (The Boeing Company) | 2000 | T4 | |
| SRC-767 | Space Solar Power Exploratory Research & Technology (SERT) Technical Interchange Meeting 2 (SERT TIM 2), Executive Summary, UAH 2000-01 | Jim Sanders; Clark W. Hawk (Propulsion Research Center, University of Alabama in Huntsville) | 2000 | T3 | |
| SRC-768 | Overview of Small and Large-Scale Space Solar Power Concepts (abstract and slides, International Space Development Conference and Sunsat Energy Council meeting, Los Angeles, May 3-7, 2006) | Seth Potter; Mark Henley (The Boeing Company); Joe Howell; Connie Carrington; John Fikes (NASA Marshall Space Flight Center) | 2006 | T4 | |
| SRC-769 | Microwave WPT Technology Developments for SSPS Application. Proceedings of the First International Conference on Telecommunications and Remote Sensing (ICTRS 2012), pp.35-43 | Takashi Saito; Yoshiharu Fuse; Shoichiro Mihara; Shuji Nakamura; Koichi Ijichi (Japan Space Systems); Yukihiro Homma; Takuro Sasaki (Mitsubishi Electric); Eiichiro Fujiwara; Yuichiro Ozawa; Teruo Fujiwara (IHI Aerospace) | 2012 | T3 | |
| SRC-770 | How much carbon dioxide is produced per kilowatthour of U.S. electricity generation? (Frequently Asked Questions, FAQ 74) | US Energy Information Administration | 2024 | T3 | |
| SRC-771 | Consumer Price Index for All Urban Consumers (CPI-U), US city average, all items, not seasonally adjusted, series CUUR0000SA0, monthly, 1977-1986 (BLS Public Data API v1, POST request) | US Bureau of Labor Statistics | 2026 | T3 | |
| SRC-772 | Consumer Price Index for All Urban Consumers (CPI-U), US city average, all items, not seasonally adjusted, series CUUR0000SA0, monthly, 2016-2025 (BLS Public Data API v1, POST request) | US Bureau of Labor Statistics | 2026 | T3 | |
| SRC-773 | Consumer Price Index for All Urban Consumers (CPI-U), series CUUR0000SA0, monthly January 2024 to August 2026 with BLS annual averages for 2024 and 2025 (BLS Public Data API v1, GET request; the API ignored the requested year range) | US Bureau of Labor Statistics | 2026 | T3 | |
| SRC-774 | CPI INDEX 00: ALL ITEMS 2015=100, series D7BT (dataset MM23), Office for National Statistics, CSV download | Office for National Statistics | 2026 | T3 | |
| SRC-775 | HICP - annual data (average index and rate of change), dataset prc_hicp_aind, all-items HICP (CP00), euro area (EA, changing composition), annual average index, 1996-2025 (Eurostat API, JSON-stat 2.0) | Eurostat | 2026 | T3 | |
| SRC-776 | ECB reference exchange rate, US dollar/Euro, 2.15 pm (C.E.T.), annual average, series EXR.A.USD.EUR.SP00.A, 1999-2025 (ECB Data Portal, CSV) | European Central Bank | 2026 | T3 | |
| SRC-777 | Bank of England Database series XUAAUSS, annual values 2018-2025 (US dollars per pound sterling, annual average, as the filename and the values show; CSV) | Bank of England | 2026 | T3 | |
| SRC-778 | Air Mass (PVEducation, Properties of Sunlight chapter, page undated, as fetched 2026-10-10) | Christiana Honsberg and Stuart Bowden, PVEducation | 2026 | T5 | |
| SRC-779 | Reference Air Mass 1.5 Spectra (Grid Modernization, National Laboratory of the Rockies, page "Last Updated March 12, 2026", as fetched 2026-10-10) | National Laboratory of the Rockies (NLR, formerly NREL), a US Department of Energy national laboratory | 2026 | T3 | |
| SRC-780 | ASTM G173-03 Reference Spectra Derived from SMARTS v. 2.9.2, tables of wavelength, Etr (extraterrestrial), Global tilt and Direct+circumsolar, 280-4000 nm (as distributed by NLR, fetched 2026-10-10) | ASTM International (standard G173-03), distributed by the National Laboratory of the Rockies | 2003 | T3 | |
| SRC-781 | Large-scale electricity storage, issued September 2023 | The Royal Society; report leader Sir Chris Llewellyn Smith FRS, University of Oxford (as printed on PDF p.92) | 2023 | T3 | |
| SRC-782 | Whole-system cost of variable renewables in future GB electricity system, October 2016 | Imperial College London; Goran Strbac and Marko Aunedi (as printed on PDF p.2) | 2016 | T4 | |
| SRC-783 | Net Zero - Technical Annex: Integrating variable renewables into the UK electricity system | Committee on Climate Change | 2019 | T3 | |
| SRC-784 | Electricity Generation Costs 2020, August 2020 | UK Department for Business, Energy and Industrial Strategy (BEIS) | 2020 | T3 | |
| SRC-785 | Clean Power 2030: Advice on achieving clean power for Great Britain by 2030 (main report) | National Energy System Operator (NESO) | 2024 | T3 | |
| SRC-786 | Clean Power 2030, Annex 4: Costs and benefit analysis | National Energy System Operator (NESO) | 2024 | T3 | |
| SRC-787 | GDP deflators at market prices, and money GDP September 2026 (Quarterly National Accounts), workbook, sheet "30092026 deflator update" | HM Treasury (outturn from the Office for National Statistics Quarterly National Accounts, 30 September 2026; forecast consistent with the Office for Budget Responsibility, 3 March 2026) | 2026 | T3 | |
| SRC-788 | Historic generation mix and carbon intensity: Historic GB Generation Mix (df_fuel_ckan.csv), half-hourly generation by fuel type in MW and per cent, from 1 January 2009 | National Energy System Operator (NESO), data portal | 2026 | T3 | |
| SRC-789 | The case for Space Based Solar Power (Space Energy Initiative whitepaper, July 2026) | Space Energy Initiative (no named authors) | 2026 | T4 | |
| SRC-790 | Capacity Market de-rating factors by auction and generating technology class (CSV; columns Auction Name, Primary Fuel Type, Generating Technology Class, De Rating Factor) | National Energy System Operator (NESO) | 2026 | T3 | |
| SRC-791 | Nuclear Power Reactors in the World, Reference Data Series No. 2, 2023 Edition (IAEA-RDS-2/43) | International Atomic Energy Agency | 2023 | T3 | |
| SRC-792 | Report on the NESO Electricity Capacity Report 2025 | Panel of Technical Experts | 2025 | T3 | |
| SRC-793 | Microwave ovens, 21 CFR 1030.10 (performance standard for electronic products), eCFR text as of 2026-10-01 | US Food and Drug Administration, Center for Devices and Radiological Health (21 CFR Chapter I, Subchapter J) | 1973, as amended (the section's history runs from 38 FR 28640, 15 Oct 1973, to 88 FR 3654, 20 Jan, the year printed "202" in the held text) | T1 | |
| SRC-794 | Considerations on an Inland Rectenna | Kiyohiko Itoh, Yasutaka Ogawa (Hokkaido University) | 1988 | T5 | |
| SRC-795 | GB2563574B: A phased array antenna and apparatus incorporating the same (UK patent as granted; date of B publication 04.08.2021, as printed on PDF 1) | Ian James Cash, inventor (proprietor: International Electric Company Limited) | 2021 | T3 | |
| SRC-796 | The Costs of Decarbonisation: System Costs with High Shares of Nuclear and Renewables (NEA No. 7299) | OECD Nuclear Energy Agency (NEA) | 2019 | T3 |
Tier is how direct the evidence is, not how good the document is. What each tier means.