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Acta Materialia author proof (registered corpus PDF; article text not in extract)

NON_PRIMARY catalog

This slug registers an Elsevier author proof PDF, not the recommended version-of-record article file. See docs/corpus/NON_PRIMARY_ARTICLE_PAPER_SLUGS.md section D (2014zou-venue-paper ↔ 2014zou-acta-materia-molecular-dynamics).

Evidence and attribution

Authority of statements

This page is a provenance stub. It does not substitute for full-text curation from the final Acta Materialia PDF. Scientific summaries of the underlying research belong on paper:2014zou-acta-materia-molecular-dynamics and should be grounded in extracts from papers/Zou_ActaMater_2014.pdf.

Summary

The corpus maintains a separate manifest row for papers/Zou_ActaMater_2014_proof.pdf, associated with paper:2014zou-venue-paper. The normalized pages 1–2 extract for this path contains Elsevier author-query / proof boilerplate rather than the article abstract, introduction, or results, so this wiki entry cannot responsibly restate quantitative ReaxFF findings, Ni–O transport coefficients, or grain-boundary oxidation mechanisms from primary sections. Operators should treat the proof file as bibliographic evidence that a proof-stage PDF was ingested, while directing readers to the canonical article record for the same scientific contribution. The underlying publication—molecular dynamics simulations of vacancies, diffusion, and oxidation initiation in nickel using ReaxFF—is curated under paper:2014zou-acta-materia-molecular-dynamics with pdf_path: papers/Zou_ActaMater_2014.pdf, DOI 10.1016/j.actamat.2014.09.047, and a good extraction quality flag.

Methods

No reliable methods text is recoverable from the proof-front-matter extract tied to this slug. Methods for the scientific article appear in the final Acta Materialia PDF and are summarized on 2014zou-acta-materia-molecular-dynamics.

Findings

Outcomes and mechanisms. N/A for this slug: the normalized extract tied to the proof PDF is Elsevier front matter, not Results text describing Ni self-diffusion, oxygen interstitial hopping, grain-boundary transport, or void-localized oxidation nucleation. Those mechanistic summaries live only where the peer-reviewed sections are available.

Comparisons. N/A here. The version-of-record article on 2014zou-acta-materia-molecular-dynamics is where the authors benchmark ReaxFF transport against literature values and discuss versus-experiment agreement for the Ni–O training and application story.

Sensitivity and design levers. N/A at proof-ingest resolution: trends with temperature, pressure, vacancy content, or boundary topology are not recoverable from boilerplate pages; read the final PDF for parameter sweeps the authors actually report.

Limitations and outlook. This ingest is intentionally a duplicate PDF placeholder—limitations include lack of DOI in front matter and lack of indexed science text. Future work for operators is to keep all quantitative claims on the canonical wiki page and refresh manifests if the proof blob changes.

Corpus honesty. Treat papers/Zou_ActaMater_2014_proof.pdf as galley/proof provenance only; prefer papers/Zou_ActaMater_2014.pdf for PDF-grounded curation and retrieval chunks.

Limitations

  • Stub status is intentional: avoid inventing DOI, page numbers, or numerical results here.
  • Duplicated curation should not drift: if the proof PDF is retired from the corpus, update pdf_path and manifests in a controlled ingest operation.

Reader notes (navigation)

Automation should treat this slug as manifest bookkeeping only: downstream MAS pipelines must not prefer this page over paper:2014zou-acta-materia-molecular-dynamics when both exist, because the proof PDF lacks reliable abstract text for chunking.

Relevance to group

Maintains link stability for a non-primary PDF while steering scientific readers to the VOR sibling in the same Ni oxidation cluster.

Citations and evidence anchors