What a publication reports
First-principles study of the structural, optoelectronic and thermophysical properties of the π-SnSe for thermoelectric applications
Muhammad Atif Sattar, Najwa Al Bouzieh, Maamar Benkraouda and 1 other (2021), Beilstein Journal of Nanotechnology
source-reported / not adjudicatedRelease 26b49bcd0ed8, 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
4 values across 2 properties and 1 served specimen, at stated temperatures from 300 to 1000 K.
Seebeck coefficient (2), Figure of merit zt (2).
The publication's own wording is the fourth column, past the edge of this screen: the table scrolls sideways inside its box and the property stays in place while it does.
| Property | Value, as served | Condition | As the publication words it |
|---|---|---|---|
| S_pi_snse_crystal4 values. Made in step 1, structural optimization. | |||
| Seebeck coefficientC1 | 0.00016152 V/K | 1000 K | The maximum value of the Seebeck coefficient of 161.52 μV·K−1 is obtained for the π-SnSe alloy at the highest temperature (1000 K). |
| Figure of merit ztC3 | 0.76 dimensionless | 1000 K | At room temperature, a ZT value of 0.74 is obtained which slightly increases with the temperature increase, reaching its maximum value of 0.76 at 1000 K. |
| Figure of merit ztC4 | 0.74 dimensionless | 300 K | For the studied material, a ZT value of 0.74 is achieved at room temperature. |
| Seebeck coefficientC5 | 0.00014637 V/K | 300 K | At room temperature, the Seebeck coefficient and power factor have values of 146.37 µV·K−1 and 0.63 ×1011 W·K−2·m−1·s−1, respectively. |
A condition is the temperature a value was published under, as this release states it. Rows are in served order: nothing is ranked, converted or joined into a curve, and a shared property does not make two rows comparable.
Nothing is recorded against the values this release published. That is not a statement that none exist.
How the specimens were prepared
The record's own steps, in order, each with the passage it was read from.
structural optimization
No input specimen servedproducesS_pi_snse_crystal
We started from experimentally reported atomic positions and performed structural optimizations by varying the volume until the minimum energy was reached.
One value, in full
Reading C1 of 4 published values. Pick another row above; this link opens exactly this value.
Interpretation
Seebeck coefficient
0.00016152V/Kat 1000 K
- Method
- Not stated by supported metadata
Specimen S_pi_snse_crystal, made in step 1, structural optimization.
into the active investigation
As the publication words it
The maximum value of the Seebeck coefficient of 161.52 μV·K−1 is obtained for the π-SnSe alloy at the highest temperature (1000 K).
Unit and where it came from
- Normalized unit
- V/K
- Unit provenance
- Read from the source
The unit was read from μV·K−1 in the retained passage.
How the value was normalized
unit_conversion uV/K -> V/K (x0.000001), profile unit table
Source wording grouped for this value
No grouping was released for this value. It is not reconstructed from nearby text.
Exactly as this release served them. Not a score, and not a statement that the publication's own reading is correct.
Technical identity
- Claim
- C1
- Property
- materials:has_seebeck_coefficient
- Standing
- source_reported
- State
- CANDIDATE
- Specimens
- S_pi_snse_crystal
- Rights scope
- REDISTRIBUTABLE
- Locator
- candidate C1 source quote
- Byte offset
- 25206
- Source artifact
- sha256:f48178d92f813342a0855cf38f29360696b23af34f0c09920608e5dafe3c15cc
- Quoted content
- sha256:b952c2f722cb1c64245e135223cd6ec2a64c8b31b40c3f4f618fe1ee2f7cab09
- Selected content
- sha256:b952c2f722cb1c64245e135223cd6ec2a64c8b31b40c3f4f618fe1ee2f7cab09
- Selection method
- matter.quote-selection/2026-08-31.1: derive_text (multi-reader normalization, kernel-identical) over the retained snapshot bytes, then exact match of the raw quote or of exactly one pass of HTML character-reference decoding, requiring exactly one unambiguous occurrence and anchoring the source-native characters
Evidence in the retained source
In the retained source
The maximum value of the Seebeck coefficient of 161.52 μV·K−1 is obtained for the π-SnSe alloy at the highest temperature (1000 K).
Value 48 to 54Unit 55 to 61Temperature 123 to 127
Also matched in this passage, and not marked because it overlaps the marked parts: Reported wording 0 to 131.
The other parts of this value
- Value
Read from the retained source and checkedRead from the retained source and checked
Read as 161.52 in the retained passage.
source typography folded one character to one; thousands separators removed; unit_conversion uV/K -> V/K (x0.000001), profile unit table
- Temperature
Read from the retained source and checkedRead from the retained source and checked
Read as 1000 in the retained passage.
source typography folded one character to one; thousands separators removed; sole stated temperature of the retained passage in kelvin
- Reported wording
Read from the retained source and checkedRead from the retained source and checked
Read as The maximum value of the Seebeck coefficient of 161.52 μV·K−1 is obtained for the π-SnSe alloy at the highest temperature (1000 K). in the retained passage.
source typography folded one character to one; sole occurrence in the retained passage as its own token
Highlighted: read from this passage and checked against it. Unmarked: no such reading was released, or the release says it could not read it - not evidence against the value.
What this record did not publish
1 of 5 claim entries were withheld, each with the reason the compiler recorded. A withholding is a typed result, not a gap in this page.
The claim this release withheld
| Claim | Recorded reason | Candidate and passage, where kept |
|---|---|---|
| C2 | component_support: scientifically unsupported: temperature_k: the retained passage states its sole temperature in kelvin as '1000', not the '300' this reading is published under; the passage also says room temperature, which the stated room-temperature rule reads as 300 K only where the passage prints no temperature in kelvin | Candidate structured value, withheld Withheld, not published Figure of merit zt 0.74 dimensionless at 300 K Candidate wording At room temperature, a ZT value of 0.74 is obtained which slightly increases with the temperature increase, reaching its maximum value of 0.76 at 1000 K. Retained source passage At room temperature, a ZT value of 0.74 is obtained which slightly increases with the temperature increase, reaching its maximum value of 0.76 at 1000 K. Value 35 to 39 Also matched in this passage, and not marked because it overlaps the marked part: Reported wording 0 to 153. |
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. Of the 16 parts its published values could carry evidence for, 14 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-89440f58498270f1
- DOI
- 10.3762/bjnano.12.82
- Retrieved from
Retained source identity
- Source artifacts (4)
sha256:c6cb5a33026a254b7824fee8d2db1b985ea6b148dd4a2f3a001011e0461c3e40
sha256:cdd43c58d28469a0858c44b99ac2a8d8e890536fc5602324606233c010a853af
sha256:d2a87fc78e3c91e3f5f5ebb181b8122ef3a3c10290285b0efd8fe9c5b7c0c757
sha256:f48178d92f813342a0855cf38f29360696b23af34f0c09920608e5dafe3c15cc
- Lineage
- sha256:38a69aa1ea897b5e06bb6837828120e3269ebd44be84774492149dabfc3ea5d4
What was read from it
5 claim entries were served for this release. 4 were published and 1 withheld, each with a stated reason.
5
claim entries served
4
published as values
1
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.
How much of each value is anchored
Of the 16 parts these values could carry evidence for, 14 were read from the retained source and checked against it.
14of 16
parts read from the source
4of 4
values whose passage is shown
0
values with something recorded
This table is wider than this screen: it scrolls sideways inside its box, and every column is there.
| Value | Number | Unit | Condition | Wording | Recorded |
|---|---|---|---|---|---|
| Seebeck coefficient0.00016152 V/K at 1000 KC1 | Read from the retained source and checked | Read from the retained source and checked | Read from the retained source and checked | Read from the retained source and checked | |
| Figure of merit zt0.76 dimensionless at 1000 KC3 | Read from the retained source and checked | Unavailable, with a stated reason | Read from the retained source and checked | Read from the retained source and checked | |
| Figure of merit zt0.74 dimensionless at 300 KC4 | Read from the retained source and checked | Unavailable, with a stated reason | Read from the retained source and checked | Read from the retained source and checked | |
| Seebeck coefficient0.00014637 V/K at 300 KC5 | Read from the retained source and checked | Read from the retained source and checked | Read from the retained source and checked | Read from the retained source and checked |
- Read from the retained source and checked
- Unavailable, with a stated reason
- No component evidence released
- This value has no such part
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
Sattar, M. A., Al Bouzieh, N., Benkraouda, M. and Amrane, N. (2021) First-principles study of the structural, optoelectronic and thermophysical properties of the π-SnSe for thermoelectric applications. Beilstein Journal of Nanotechnology. https://doi.org/10.3762/bjnano.12.82
From CrossRef, looked up 2 November 2026, 22:45 UTC. Registry metadata, cited apart from the release below.
- DOI
- 10.3762/bjnano.12.82
- Source
- src-doi-89440f58498270f1
- Release
- sha256:26b49bcd0ed8493937bb1965e418f8d8f2b21abe9d2877d20ca853d384258d2e
Details
- Release
- sha256:26b49bcd0ed8493937bb1965e418f8d8f2b21abe9d2877d20ca853d384258d2e
- Release id
- mrel:release-run-src-doi-89440f58498270f1-revalidation-2
- Released
- 11 September 2026, 14:30 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-89440f58498270f1-revalidation-2: source-discovery release; no target was named and no claim was adjudicated
- refined package sha256:b2c6fe6f9b198c2ae596a3a0b67c7c91fb06ca88b6b5048e8901d53684243be5
- lineage sha256:38a69aa1ea897b5e06bb6837828120e3269ebd44be84774492149dabfc3ea5d4
- 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
- converter: layout=docling-project/docling-layout-heron@main
- converter: tableformer=docling-project--docling-models:tableformer-accurate
- converter: weights@sha256:4b124625a399cec98ac413dada6aac805b0d1284911b7c904dd2dc0527cbcefa
- S0 tool: image@sha256:38ab879dfe91587e3eba7b8265ee373ad05ac7651b91b00b378e5a87981cdb49
- 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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| run-src-doi-89440f58498270f1-d830568e2f8b4b50-s2-refined-package sha256:b2c6fe6f9b198c2ae596a3a0b67c7c91fb06ca88b6b5048e8901d53684243be5 | application/vnd.matter.refined-evidence+json | 8882 |
| run-src-doi-89440f58498270f1-revalidation-2-s4-adjudication sha256:550bd891c589e8b88b13f0873b585ccb6d9e783bee8dd0454a5f398172d6a1af | application/vnd.matter.adjudication+json | 1764 |
| run-src-doi-89440f58498270f1-revalidation-2-s4-corpus sha256:417a7e01dc31195b67a137b5bbd33e0b2ff226dd543b308eb3deb125d27743a4 | application/vnd.matter.corroboration-corpus+json | 44 |
| run-src-doi-89440f58498270f1-revalidation-2-s4-inputs sha256:15f4976df56be56b32097f3328681e466c4f6e06de49b02ac4e66a6e27d1b348 | application/vnd.matter.adjudication-inputs+json | 116 |
| run-src-doi-89440f58498270f1-d830568e2f8b4b50-s0-derivation-art-pdf sha256:c6cb5a33026a254b7824fee8d2db1b985ea6b148dd4a2f3a001011e0461c3e40 | application/vnd.matter.text-derivation+plain | 54409 |
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| run-src-doi-89440f58498270f1-revalidation-2-s5-content sha256:ebf2934bc4697ecfd96a9cf411730bcf4fbfd1d6af27bb1232b2cbbb67975c40 | application/vnd.matter.release-content+json | 39266 |
| run-src-doi-89440f58498270f1-revalidation-2-s5-compilation-history sha256:6eb061f50de5db6fac94e9057b8dba92a5edc1b6b6bd6d3003e8b9db70561776 | application/vnd.matter.compilation-history+json | 21753 |
Validation
- Run
- run-src-doi-89440f58498270f1-revalidation-2-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