What a publication reports
Seebeck coefficient of silicon nanowire forests doped by thermal diffusion
Shaimaa Elyamny, Elisabetta Dimaggio, Giovanni Pennelli (2020), Beilstein Journal of Nanotechnology
source-reported / not adjudicatedRelease f1cec774aa22, released 11 September 2026Turn on scripting to keep a reference with an investigation.
Shown as the publication reported them. Nothing here has been adjudicated, corroborated against another source, or promoted to an accepted conclusion.
What this publication reports
No values were published. All 7 claim entries were withheld, each with the reason the compiler recorded.
What this record did not publish
7 of 7 claim entries were withheld, each with the reason the compiler recorded. A withholding is a typed result, not a gap in this page.
Claims this release withheld
| Claim | Recorded reason | Candidate and passage, where kept |
|---|---|---|
| C1 | component_support: scientifically unsupported: numeric_value: no token inside the reported wording normalizes to '1E+15' under the claim's declared transformation; resolved_unit_ucum: no token inside the reported wording normalizes to '1E+15' under the claim's declared transformation | Candidate structured value, withheld Withheld, not published Carrier concentration 1e+15 1/cm3 Candidate wording 1015 cm−3 Retained source passage Silicon chips of roughly 1 × 1 cm2 have been cut from n-doped (phosphorous) commercial silicon ⟨100⟩ wafers with a nominal resistivity of 10 Ω·cm (nominal doping concentration 1015 cm−3). Reported wording 176 to 185 |
| C6 | component_support: scientifically unsupported: numeric_value: no token inside the reported wording normalizes to '0.000448' under the claim's declared transformation; resolved_unit_ucum: no token inside the reported wording normalizes to '0.000448' under the claim's declared transformation | Candidate structured value, withheld Withheld, not published Seebeck coefficient 0.000448 V/K Candidate wording S = 0.448 mV/K Retained source passage The simulations yield (as absolute values) S = 0.448 mV/K for the nanowires doped at 700 °C for 10 min, and S = 0.207 mV/K for the nanowires doped at 800 °C for 10 min. Reported wording 43 to 57 |
| C7 | component_support: scientifically unsupported: numeric_value: no token inside the reported wording normalizes to '0.000207' under the claim's declared transformation; resolved_unit_ucum: no token inside the reported wording normalizes to '0.000207' under the claim's declared transformation | Candidate structured value, withheld Withheld, not published Seebeck coefficient 0.000207 V/K Candidate wording S = 0.207 mV/K Retained source passage The simulations yield (as absolute values) S = 0.448 mV/K for the nanowires doped at 700 °C for 10 min, and S = 0.207 mV/K for the nanowires doped at 800 °C for 10 min. Reported wording 108 to 122 |
| C2 | predicate_resolution: unknown_surface_form for 'thermal conductivity' | Nothing is served: no candidate value, wording or passage. |
| C3 | anchoring: quote not found in any of the run's retained artifacts | Nothing is served: no candidate value, wording or passage. |
| C4 | anchoring: quote not found in any of the run's retained artifacts | Nothing is served: no candidate value, wording or passage. |
| C5 | anchoring: quote not found in any of the run's retained artifacts | Nothing is served: no candidate value, wording or passage. |
A claim withheld at refinement keeps its row and reason above; the release serves no candidate value, wording or passage for it, so that cell says so instead of showing one. That is what the release carries, not an omission of this page. A claim withheld because its passage does not support a component keeps the candidate the extraction proposed beside the retained passage; the candidate is what the record could not fully support, never a value this release published.
How this record was built
The source was retained and candidate claims were read out of it. This release published no part that could be checked back against the retained page. Each step's quantity is drawn from the one above it.
The retained source
This release retained 4 source artifacts. Every passage on this page is read from those bytes and from nothing else.
- Source
- src-doi-7df5bd7376c1b3de
- DOI
- 10.3762/bjnano.11.153
- Retrieved from
Retained source identity
- Source artifacts (4)
sha256:1c54fe6b340b783f4716fb46e1b6636fa11334be380590ad86e7d7269b7cb805
sha256:49b498e59cbb32d15f114b7ed127d23eb9167a29de3f2249b9c8d5b69291fef4
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- Lineage
- sha256:15a39d8c5727e010eaae9211e731fa75ab6dca1864df1e2dc3403d4f3213690c
What was read from it
7 claim entries were served for this release. 0 were published and 7 withheld, each with a stated reason.
7
claim entries served
0
published as values
7
withheld, with a reason
Counts describe scope. They are not a confidence score, and a larger number does not make a value stronger. Each figure counts claim entries the release served, one per claim id, not distinct scientific findings: two entries may report the same value, and both are kept with their own id, evidence and disposition rather than merged or judged to be one finding.
Citing this record
Cite the publication from the registry's metadata, and this record by its release. The bibliography is the registry's statement, not this release's.
Registry citation
Elyamny, S., Dimaggio, E. and Pennelli, G. (2020) Seebeck coefficient of silicon nanowire forests doped by thermal diffusion. Beilstein Journal of Nanotechnology. https://doi.org/10.3762/bjnano.11.153
From CrossRef, looked up 2 November 2026, 22:45 UTC. Registry metadata, cited apart from the release below.
- DOI
- 10.3762/bjnano.11.153
- Source
- src-doi-7df5bd7376c1b3de
- Release
- sha256:f1cec774aa2298a721f579b3d08869cf014be539f18c99c865c6aed19881ff24
Details
- Release
- sha256:f1cec774aa2298a721f579b3d08869cf014be539f18c99c865c6aed19881ff24
- Release id
- mrel:release-run-src-doi-7df5bd7376c1b3de-revalidation-1
- Released
- 11 September 2026, 10:54 UTC
- Grammar profile
- mrel:profile-v0.3
- Kernel
- 0.7.0
compiled by the matter stage machine; every artifact digest-pinned; controlled custody never releases bytes
How this record was built
- mrel:release-run-src-doi-7df5bd7376c1b3de-revalidation-1: source-discovery release; no target was named and no claim was adjudicated
- refined package sha256:f8fb1afa7ae5ac06aaf4a59e761dcce1cd2c326840a651d4b6aa093b248dc73d
- lineage sha256:15a39d8c5727e010eaae9211e731fa75ab6dca1864df1e2dc3403d4f3213690c
- converter: docling-slim==2.116.0; us-central1-docker.pkg.dev/bq-matter/matter/matter-convert@sha256:b9426d908a13e65bfa0f1358f874fe1b593fad8b6c623f599ef54f6e448ee794; ocr=off; device=cpu; formats=pdf; remote_services=off; matter-convert/1
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- S1 model: publishers/google/models/gemini-3.6-flash (provider verified; response said 'gemini-3.6-flash')
- S1 prompt: generic=lineage-extractor-generic-2026-08-31.2; profile=materials-profile-2026-08-31.2
Bound artifacts (11)
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|---|---|---|
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Validation
- Run
- run-src-doi-7df5bd7376c1b3de-revalidation-1-validation-run
- Profile
- mrel:profile-v0.3
- abstained materials:constraint-am01-pf-selfconsistency
abstained (missing_operand): requires seebeck, sigma, and reported power factor
- abstained materials:constraint-am02-zt-selfconsistency
abstained (missing_operand): requires temperature and digitized zT
- abstained materials:constraint-am03-peak-location
abstained (missing_operand): requires digitized zT series and the claimed peak location