Journal of Applied Physics cover / layout artifact (NiO diffusion special issue)

Why confidence is med

No DOI is assigned in front matter; the PDF is a cover/layout fragment with no article body (normalized/extracts/2014admin-venue-japc1-qxp_p1-2.txt shows only masthead text). Scientific claims belong on 2014fang-venue-untitled.

Summary¶

The file papers/Fang_J_App_Phys_NiO_diffusion_2014_journal_cover.pdf is not a research article. It records a Journal of Applied Physics cover or layout fragment. The automated extract (normalized/extracts/2014admin-venue-japc1-qxp_p1-2.txt) contains only masthead lines: “28 January 2014 Volume 115 Number 4”, “jap.aip.org”, and the journal name banner “Journal of Applied Physics”—no author list, abstract, or methods section appears in that text layer. This wiki entry exists so manifest rows pointing at the file remain interpretable for operators: it is a navigation stub, not a source for methods or numerical data about nickel oxide diffusion or ReaxFF simulations.

Historical corpus imports occasionally bundled promotional PDFs, table-of-contents extracts, or cover sheets alongside primary research PDFs. Those artifacts remain in papers/ to preserve byte-identical provenance for hashes recorded in raw/MANIFEST.jsonl, even when they carry no standalone scientific text. This pattern is why the front matter for this slug omits authors and DOI: the cover fragment does not encode bibliographic metadata in a reliable way, and assigning a guessed DOI would violate evidence-grounded curation rules. The filename string “NiO_diffusion” is a human catalog hint about the themed issue content; it is not itself an extract-derived claim about diffusion coefficients or mechanisms.

Methods¶

Document type¶

The ingested PDF is a journal cover/layout fragment only; it contains no Methods section usable for science extraction.

Not applicable: there are no experimental or computational protocols recoverable from normalized/extracts/2014admin-venue-japc1-qxp_p1-2.txt beyond masthead metadata.

Where methods actually live¶

For Ni–O diffusion / oxidation modeling content, use full article ingests such as [[2014fang-venue-untitled]] (or other curated primary PDFs), not this cover artifact.

Operator guardrail¶

Do not infer ReaxFF settings, DFT parameters, or diffusion coefficients from filenames or cover art.

Literature scope (review-style checklist for this artifact)¶

Corpus role: this slug documents manifest provenance for a non-article PDF; it is not a computational or experimental methods source.
Experimental methodology: N/A — no laboratory or instrument protocol is recoverable from the cover extract.
Atomistic simulation methodology: N/A — no LAMMPS/VASP inputs, timestep, ensemble, or interatomic potential tables are present in the indexed text.
Where to read science instead: use [[2014fang-venue-untitled]] (or other full-article slugs) for NiO diffusion/oxidation simulation content.

Findings¶

No quantitative findings can be recovered from the cover extract beyond the publication date, volume 115, number 4, and AIP journal branding shown in normalized/extracts/2014admin-venue-japc1-qxp_p1-2.txt. Retrieval systems should rank this page as provenance-only and route scientific questions about NiO transport to wiki entries backed by full article PDFs and structured normalized/papers records.

Compared to a research article: there are no results figures, tables, or statistics on this path—any diffusion coefficient or barrier claim must come from a different PDF in the corpus.

Sensitivity / design levers: N/A — not applicable because the artifact contains no study parameters beyond issue metadata.

Limitations / outlook: the cover will remain useful only as a navigation and hash anchor unless operators attach a version-of-record article PDF to a sibling slug.

Corpus honesty: the extract is masthead-only; treat this page as explicitly thin evidence for science questions and prefer PDF-backed paper: pages for mechanisms or kinetics.

Limitations¶

The absence of a DOI and article text in this path prevents using the slug as a citable scientific reference. Prefer the primary article PDF for all substantive claims.

Relevance to group¶

Provenance-only record steering readers toward the actual NiO diffusion paper in the corpus.

Downstream pipelines should tag this slug as navigation-only so retrieval ranking does not treat cover fragments as authoritative answers for diffusion coefficients, vacancy formation energies, or ReaxFF validation metrics. When a user query matches NiO diffusion themes, prefer routing to 2014fang-venue-untitled or other full-article ingests that actually contain methods and results sections.

MkDocs and Obsidian exporters can still link this page for completeness, but sitemap generation may choose to noindex navigation stubs if that becomes a policy in Phase 8 export profiles.

Keeping the SHA-256 in front matter stable matters: even though the PDF is non-scientific, manifests use it to detect accidental overwrites when curators reorganize papers/.

2014fang-venue-untitled