Matériaux ISRU de Nouvelle Génération pour l'Infrastructure Spatiale : Dossier Open-Source sur HIBE, ENZ-THz et Aérogel Graphène-Régolithe (Feuille de route 2025-2040)

Abstract EN This document, produced with the assistance of ChatGPT o3 and GPT-5 Thinking, is released under the Apache 2.0 licence. It is a voluntary defensive publication (prior art) and therefore enters the prior art upon release under the applicable patent statutes: EPC Art. 54(2) (European Patent Convention), French IPC Art. L 611-11 (French Intellectual Property Code), 35 U.S.C. §102(a) (United States Patent Act), Chinese Patent Law Art. 22(5) (中华人民共和国专利法), and Japanese Patent Act Art. 29(1) (特許法). It discloses 103 enabling inventions spanning ISRU materials (HIBE, ENZ–THz, graphene–regolith aerogels), orbital manufacturing, rail-launch subsystems (vacuum/diaphragms, MHD shields, cryo-tribology), QA/standards, logistics and controls. Each entry provides an enabling contribution, novelty rationale, IPC/CPC classes and intended strategy. Every proposal is described with sufficient technical detail to be reproduced; time-stamped artefacts ensure verifiability (RFC 3161 / FreeTSA). This release aims to secure open access, pre-empt blocking patents, and accelerate collaborations across agencies and industry. Résumé FR Ce document, produit avec l’assistance de ChatGPT o3 et GPT-5 Thinking, est publié sous licence Apache 2.0. Il constitue une publication défensive (prior art) et entre de ce fait dans l’état de la technique dès sa mise à disposition au titre des législations applicables : art. 54(2) CBE (Convention sur le brevet européen), art. L 611-11 CPI (Code de la propriété intellectuelle), 35 U.S.C. §102(a) (Patent Act des États-Unis), Loi chinoise sur les brevets art. 22(5) (中华人民共和国专利法), et Loi japonaise sur les brevets art. 29(1) (特許法). Il divulgue 103 inventions « enabling » couvrant matériaux ISRU (HIBE, ENZ–THz, aérogels graphène-régolithe), fabrication orbitale, sous-systèmes rail-lanceur (vide/diaphragmes, boucliers MHD, tribologie cryo), contrôle qualité/normes, logistique et contrôle-commande. Chaque entrée précise la contribution, la nouveauté, les classes IPC/CPC et la stratégie. Les descriptions sont suffisamment détaillées pour reproduire ; les artefacts sont horodatés (RFC 3161 / FreeTSA). Timestamp: 2025-08-11T15:19:12ZSHA-256: d805b98474549f146d9fe9aa0d12402ccfa8f924354657fa3bdcfc0932b783eb Innovations & Classifications (IPC ; CPC) HIBE catalytic recombiners — IPC G21F 1/02 ; CPC G21F 1/02 Cryogenic self-insulating ENZ coax — IPC H01P 3/08 ; CPC H01P 3/08 Holographic regolith 3D print — IPC B33Y 10/00 ; CPC B33Y 70/00 Graphene-damped HIBE — IPC B32B 5/02 ; CPC C08K 9/10 Metamaterial aerogel radiator — IPC F28F 13/00 ; CPC B64G 1/58 ENZ RF window in wall — IPC H01Q 1/42 ; CPC H01Q 1/42 Regolith sol–gel + supercritical — IPC C03C 14/00 ; CPC B01D 64/00 Space-vacuum lyophilization — IPC F26B 5/06 ; CPC F26B 5/06 Radial-index ENZ coax — IPC H01P 9/00 ; CPC H01P 9/00 ISRU Al metallization — IPC C25C 3/06 ; CPC C25C 3/06 Bi-emissive LH₂ aerogel liner — IPC F17C 3/02 ; CPC F17C 3/02 HIBE resistive health grid — IPC G01L 1/00 ; CPC G01L 1/24 HIBE safety vents — IPC F16K 17/00 ; CPC F16K 17/00 Co-molded ENZ coax composite — IPC H01Q 1/28 ; CPC H01Q 1/28 LiF–BN–PEEK cryo tribo pad — IPC F16C 33/78 ; CPC F16C 33/78 Liquid-metal diaphragm — IPC F16K 51/00 ; CPC F16K 51/02 Fast sectional vacuum valves — IPC F16K 1/22 ; CPC F16K 1/223 Modular SiC/GaN PFN — IPC H02M 7/49 ; CPC H02M 7/5387 20 km laser metrology — IPC G01B 11/24 ; CPC G01B 11/26 Active shock-noise walls — IPC G10K 11/34 ; CPC G10K 11/34 Quench-safe REBCO coil — IPC H01F 6/06 ; CPC H01F 6/06 CH₄ cooled MHD shield — IPC F25B 9/00 ; CPC F25B 9/00 ISRU basalt fibers — IPC C03C 13/06 ; CPC C03C 13/06 Solar GO→Graphene — IPC C08J 3/205 ; CPC C08J 3/205 NiTi NDT for 0g AM — IPC G01N 27/90 ; CPC G01N 27/90 Micro-g CVD for ENZ 3D — IPC C23C 16/455 ; CPC C23C 16/455 HTS levitation guidance — IPC B60L 13/04 ; CPC B60L 13/04 OPC-UA safety interlocks — IPC G05B 19/418 ; CPC G05B 19/418 Space-made custody chain — IPC G06Q 10/063 ; CPC G06Q 10/063 Low-k cryo sensor harness — IPC H01B 7/295 ; CPC H01B 7/295 UV/e-beam epoxy cure — IPC C08J 5/12 ; CPC C08J 5/12 Laser regolith molds — IPC B33Y 80/00 ; CPC B33Y 80/00 Tuned Whipple aerogel layer — IPC F41H 5/04 ; CPC F41H 5/08 ISRU dust filtration — IPC B01D 46/00 ; CPC B01D 46/00 Closed waterglass loop — IPC C01B 33/14 ; CPC C01B 33/14 Rail–MHD digital twin — IPC G06F 17/50 ; CPC G06F 17/50 Pulsed plasma window — IPC H05H 1/24 ; CPC H05H 1/26 Segmented MHD pumping — IPC F04B 17/02 ; CPC F04B 17/02 Aero–MHD soft abort — IPC B64C 21/06 ; CPC B64C 21/06 Fusible Bi–In–Sn film — IPC F16N 7/24 ; CPC F16N 7/24 High-T inflatable seals — IPC F16J 15/12 ; CPC F16J 15/12 ENZ supercoupled bends — IPC H01P 1/36 ; CPC H01P 1/36 Cryo coax–guide adapter — IPC H01P 5/121 ; CPC H01P 5/121 Switchable ENZ by PCM — IPC H01P 1/396 ; CPC H01P 1/396 Gradient freeze-casting — IPC C04B 38/06 ; CPC C04B 38/08 Anti-icing heated aerogel — IPC F28F 13/18 ; CPC F28F 13/18 Thermal re-gel HIBE repair — IPC B32B 37/12 ; CPC B32B 37/12 Adaptive KDP growth 0g — IPC C30B 29/06 ; CPC C30B 29/06 Tension-controlled ZBLAN draw — IPC C03B 37/018 ; CPC C03B 37/018 Wire-L-PBF NiTi in 0g — IPC B22F 3/105 ; CPC B33Y 70/00 Safe 0g powder rack — IPC B64G 5/40 ; CPC B64G 5/40 Solar PVD + IR black — IPC C23C 14/34 ; CPC B23K 26/00 LNG–rail cryo interface — IPC F25J 1/02 ; CPC F25J 1/02 48 h downmass scheduler — IPC G06Q 10/06 ; CPC G06Q 10/083 Multi-seal THz HIBE window — IPC H01Q 1/52 ; CPC H01Q 1/52 THz cryo reference kit — IPC G01R 27/26 ; CPC G01R 27/26 Vectorable rail exit — IPC B64G 1/58 ; CPC B64G 1/58 4D wind LIDAR for firing — IPC G01S 17/88 ; CPC G01S 17/89 Guided-wave tube leak NDT — IPC G01M 3/20 ; CPC G01M 3/20 Reloadable petal diaphragms — IPC F16J 15/44 ; CPC F16J 15/447 He-sleeved ENZ cooling — IPC H01P 1/32 ; CPC H01P 1/32 THz cryo surge clamp — IPC H01T 1/04 ; CPC H01T 1/04 ALD He barrier on aerogel — IPC C23C 16/26 ; CPC C23C 16/26 Aerogel + MLI hybrid — IPC F16L 59/02 ; CPC F16L 59/02 Embedded H₂ getters in HIBE — IPC C01B 3/00 ; CPC C01B 3/50 Rad-hard epoxy for HIBE — IPC C08K 5/21 ; CPC C08K 5/50 Furtive ENZ termination — IPC H01Q 1/38 ; CPC H01Q 1/38 Auto-align Ø1 m coax — IPC G01B 11/25 ; CPC G01B 11/26 Orbital ring printing — IPC B33Y 10/00 ; CPC B33Y 10/00 Cryogenic QD couplings — IPC F16L 37/00 ; CPC F16L 37/088 Meta-acoustic inner liner — IPC G10K 11/178 ; CPC G10K 11/178 Plasma sweep decontam — IPC H05H 1/24 ; CPC H05H 1/26 UHF corona detection rings — IPC G01R 31/12 ; CPC G01R 31/12 THz coax thermosiphon — IPC F28D 15/02 ; CPC F28D 15/02 Anti-He layered aerogel — IPC C04B 38/08 ; CPC C04B 38/08 Borated HIBE for neutrons — IPC G21F 1/10 ; CPC G21F 1/10 Angle-robust ENZ radome — IPC H01Q 1/32 ; CPC H01Q 1/32 Instrumented cryo QD — IPC F16L 37/088 ; CPC F16L 37/088 0g tribo neutralization — IPC H05F 3/02 ; CPC H05F 3/02 Acoustic-levitation hopper — IPC G10K 15/08 ; CPC G10K 15/08 Magnetic ISRU separation — IPC B03C 1/00 ; CPC B03C 1/00 Microwave ice extraction — IPC H05B 6/64 ; CPC H05B 6/64 VO₂/graphene var-ε radiator — IPC C09K 5/12 ; CPC C09K 5/12 Low-k isogrid supports — IPC F16L 59/14 ; CPC F16L 59/14 Tuned-mass product packaging — IPC B65D 81/18 ; CPC B65D 81/18 ENZ mode scrambler — IPC H01P 5/16 ; CPC H01P 5/16 THz medical scanner ring — IPC A61B 6/00 ; CPC A61B 6/00 MOF sorption pump array — IPC F04B 37/14 ; CPC F04B 37/14 Cryo He purge check valve — IPC F16K 15/14 ; CPC F16K 15/14 Microstructural watermark — IPC G06K 19/07 ; CPC G06K 19/07 TLD network in HIBE — IPC G01T 1/24 ; CPC G01T 1/24 Pulsed-Joule debris purge — IPC H05B 3/36 ; CPC H05B 3/36 Micro-venting HIBE network — IPC F16K 17/40 ; CPC F16K 17/40 Inline THz reflectometry — IPC G01R 27/26 ; CPC G01R 27/26 H₂ sniffer calibration kit — IPC G01N 33/22 ; CPC G01N 33/22 0g-aware VAM slicer — IPC B33Y 50/02 ; CPC B33Y 50/02 Reconfigurable water shield — IPC B32B 37/12 ; CPC B32B 37/12 Aerogel–MOF H₂ sensor — IPC B01J 20/10 ; CPC B01J 20/10 Basalt isogrid micro-voids — IPC B29C 70/44 ; CPC B29C 70/44 GIS siting tool for rail — IPC G06F 16/29 ; CPC G06F 16/29 Metamaterial aerogel radiator* — IPC F28F 13/00 ; CPC C09K 5/10 Bi-emissive LH₂ liner* — IPC F17C 3/02 ; CPC F17C 3/02 ENZ coax co-molded* — IPC H01Q 1/28 ; CPC H01Q 1/28 Keywords: abort, active-noise, adapter, additive, aerogel, ALD, alignment, arc-detection, assembly, baseline, basalt, basalt-fiber, bend, bi-emissive, boron, CVD, calibration, catalyst, check-valve, comms, composite, containment, control, coaxial, cryo, cryogenic, debris, digital-twin, damping, downmass, dosimetry, eddy-current, emissivity, embedded-feed, ENZ, EO/IR, EHS, ESD, feeder, filtration, fiber-drawing, free-space, freeze-casting, freeze-drying, GCR, GIS, GO, graphene, guidance, harness, heat-pipe, helium, helium-barrier, holographic, HV, hydride, hydrogen, hydrogen-getter, hydrogen-sensing, ice, inline, insulation, interlocks, ionizer, isogrid, KDP, laser-sintering, laser-texturing, launch, levitation, LIDAR, LNG, microgravity, microheaters, microvalve, metamaterial, metrology, mode-scrambler, molds, MOF, MHD, MLI, mylar, neutron-shield, NiTi, OPC-UA, optimization, orbital, outgassing, packaging, PFN, photogrammetry, pipeline, plasma-cleaning, plasma-window, pulsed-heating, quality, quench, radiator, radiation-hardening, radiolysis, rail-exit, regolith, resistive-sensor, REBCO, ring, ring-printing, RGA, safety, safety-valve, seal, segmented, sensing, sintering, siting, slicer, slicing, solar-anneal, solar-PVD, sorption, standards, stealth, switchable, support, temporal, terahertz, TEM-mode, thermal-bridges, timestamp, TLD, t