Public bibliography
Public bibliography and source-to-claim mapping
Where this site describes science, the description comes from public sources. This page maps each published-context statement to the source class behind it, and states plainly which mappings are complete and which are not yet. An incomplete row is shown as incomplete rather than dressed as a citation.
This reference page is published in English, which is the governing version. It records corporate, evidentiary and regulatory statements whose precision matters more than their reach, so it is not machine-translated. Native Turkish and Japanese versions are in preparation with counsel; where a translation is later published, the English text prevails in the event of any discrepancy.
How to read this page
A published row names a source that a reader can look up today. A pending row means the statement on the site is supported internally but the specific citation has not yet been published here — so the statement should be read as unsourced until it is. UAX would rather carry visible pending rows than publish a reference list that looks more complete than it is.
No row on this page is a claim that a cited author, institution or agency has reviewed, validated or endorsed UAX or its work. Citation is context, never endorsement.
Regulatory and institutional sources
These support the regulatory statements on the Japan page, the export-control note and the status matrix. Each is a primary source published by the authority named. The full list, with access dates and counsel-review status, is on the regulatory sources page.
| Claim on this site | Source | Mapping |
|---|---|---|
| Japan operates list-based and catch-all export controls under FEFTA, administered by METI | METI — security export control guidance | Published |
| J-Bridge is an open-innovation matching platform operated by JETRO | JETRO — J-Bridge Global | Published |
| Inward direct investment into Japan is reviewed under FEFTA by the Ministry of Finance with competent ministries | Japan Ministry of Finance — FEFTA inward direct investment | Published |
| ATLA's remit is defence equipment acquisition, technology and logistics for Japan | ATLA — missions and organisation | Published |
| Facility security certification in Türkiye is conducted by the Ministry of National Defence | Türkiye Ministry of National Defence — facility security certificate activities | Published |
| Turkish Laws No. 5201, 5202, 4691 and 4875 as described | Turkish legislation as published by the Republic of Türkiye | Published |
Scientific and engineering context
The materials-science statements on this site sit inside a large, open literature. The rows below identify exact public sources and the limited statement each supports. They provide scientific context only; none is evidence about a UAX material.
| Claim on this site | Source class | Mapping |
|---|---|---|
| Carbon–carbon needs oxidation protection for sustained hot-air service | Isola, Appendino, Bosco, Ferraris & Salvo, “Protective glass coating for carbon-carbon composites,” Carbon 36 (1998), 1213–1218. doi:10.1016/S0008-6223(98)00100-6 | Published |
| Low-Earth-orbit atomic oxygen erodes susceptible polymers and carbon; thermal cycling is a separate durability stress | Banks & deGroh, NASA/TM-2004-213400, “Low Earth Orbital Atomic Oxygen Interactions With Spacecraft Materials,” Document 20040191331; Dever, “Low Earth Orbital Atomic Oxygen and Ultraviolet Radiation Effects on Polymers,” NASA, 1991. NASA TM · NASA paper | Published |
| Self-sealing borosilicate coating behaviour exists in published literature and is not a UAX result | Isola et al. (1998), above; see also “Multilayer coating with self-sealing properties for carbon–carbon composites,” Carbon 41 (2003). doi:10.1016/S0008-6223(03)00228-8 | Published |
| Phenolic Impregnated Carbon Ablator (PICA) is an established civil-space thermal-protection precedent | Stackpoole et al., “Performance of a Light-Weight Ablative Thermal Protection Material for the Stardust Mission Sample Return Capsule,” NASA NTRS 20070014634. NASA record | Published |
| Launch/re-entry, process heat, solar receivers and turbine hot sections are application contexts, not proof of UAX performance | These are UAX positioning examples. The only technical statement made here is that such environments create high-temperature materials problems; no performance threshold or UAX result is inferred. | UAX context |
Every row in this table is published context. None of it is a UAX result, and none of it is evidence about a UAX material. UAX's own results are not published anywhere on this site.
Read the public research note
The downloadable research note carries the same limited source-to-claim map. It is a review draft and contains no UAX performance data, formulation, process parameter or controlled technical information.