Elsevier author proof (Carbon) — not for curation of science from this PDF

Evidence and attribution¶

Authority of statements

Prose sections below (Summary, Methods, Findings, etc.) are curated summaries of the publication identified by doi, title, and pdf_path in the front matter above. They are not new primary claims by this wiki.

For definitive numerical values, reaction schemes, and interpretations, use the peer-reviewed article (and optional records under normalized/papers/ when present)—not this page alone.

Summary¶

This corpus entry registers an Elsevier author-proof PDF for a Carbon article on hyperthermal O + diamond ReaxFF MD (direction-dependent etching). The on-disk text extract is publisher workflow only (queries/cover pages), so do not treat this file as a reading copy.

Canonical curated note: use [[2014srinivasan-carbon-82-20-direction-dependent]], which points at the version-of-record-style PDF (papers/Srinivasan_Carbon_2014.pdf) and carries the full summary grounded in abstract and methods.

Methods¶

This corpus entry points at an Elsevier author-proof PDF (papers/Srinivasan_Carbon_2014_proof.pdf). The checked-in extract normalized/extracts/2014srinivasan-venue-paper_p1-2.txt is publisher workflow text only, not the article Methods body—so this slug cannot ground protocol details here. The peer-reviewed work is the same DOI as [[2014srinivasan-carbon-82-20-direction-dependent]]: ReaxFF-based reactive molecular dynamics of hyperthermal atomic oxygen on low-index diamond, including slab chemistry surveys, successive-impact etching on reconstructed surfaces, and Arrhenius-type mass-loss analysis (sibling summary). Periodic (PBC) supercells, NVT/NVE staging, timestep, equilibration/production durations (ps/ns), thermostat, barostat/pressure control (if any), and impact schedules are N/A to transcribe from this proof path—use papers/Srinivasan_Carbon_2014.pdf via [[2014srinivasan-carbon-82-20-direction-dependent]].

Force-field training and static QM blocks for the scientific article are summarized on [[2014srinivasan-carbon-82-20-direction-dependent]]; this proof stub does not add independent protocol text (N/A).

Findings¶

N/A at quantitative fidelity from this proof PDF/extract: use [[2014srinivasan-carbon-82-20-direction-dependent]] and papers/Srinivasan_Carbon_2014.pdf for facet-resolved etching rates, erosion-yield comparisons, and the extracted rate law. Qualitatively (from the sibling’s abstract-level text), (110) etches fastest and (100) slowest among (100)/(111)/(110), with yields described as consistent with experiment.

Limitations¶

Proof PDF may not match final pagination and figures; citations should use the DOI and the sibling page.

Relevance to group¶

Duplicate ingest for the same Srinivasan / van Duin Carbon work—kept for provenance of which PDF was labeled “proof.”

Citations and evidence anchors¶

DOI: https://doi.org/10.1016/j.carbon.2014.10.076 — full narrative on [[2014srinivasan-carbon-82-20-direction-dependent]].

These sections summarize what the checked-in extraction and abstracts support; they are not a substitute for the full PDF. For theme-level retrieval, see paper-index-by-domain and hubs linked from canonical_tags in the front matter above. Operators updating chunks should reconcile numbers with normalized/extracts/ and the version-of-record PDF when available.