Nature Communications author query form (NCOMMS-14-18044)

Summary¶

This PDF is Nature Publishing Group’s author query form for Nature Communications manuscript NCOMMS-14-18044 (Art. Id: ncomms7539), mirrored in normalized/extracts/2015achtyl-venue-untitled-2_p1-2.txt. It is not a research article: it records galley-stage editorial prompts for the manuscript that became “Aqueous proton transfer across single-layer graphene” (DOI 10.1038/ncomms7539, curated on 2015achtyl-nat-aqueous-proton). Typical items include figure relabelling checks (Figures 1–3), sentence-level clarifications (including pH-cycle wording and “99+%”), reference cleanup (e.g. duplicate merge 58 with 13), expanding abbreviations (MD → “molecular dynamics”, PAW → “projector augmented wave”, optional NVT), Table 1 edits, and affiliation verification—publisher workflow text, not experimental or simulation results.

Methods¶

Document type: publisher query / proof checklist—no standalone experimental or simulation protocol. The prompts reveal that the underlying paper uses molecular dynamics terminology, PAW electronic-structure language, and possibly NVT ensemble language, but parameters, codes, and statistics belong to the full article PDF (papers/Achtyl_NatureComm_2015.pdf) summarized on 2015achtyl-nat-aqueous-proton, not to this form. Interpreting this file as evidence for SHG apparatus settings or DFT k-mesh choices would be a category error; treat it strictly as provenance for how Nature Communications processed manuscript NCOMMS-14-18044.

Findings¶

N/A — this file is a publisher query checklist (figure relabelling, reference merges, abbreviation expansions such as MD → molecular dynamics and PAW → projector augmented wave, optional NVT expansion, duplicate reference cleanup, table edits, affiliation checks), not scientific results. Barrier heights, SHG traces, and simulation kinetics belong to the published article curated under 2015achtyl-nat-aqueous-proton. Treat this slug strictly as publisher-workflow provenance for manuscript NCOMMS-14-18044 / DOI 10.1038/ncomms7539; do not cite it as primary evidence for transport mechanisms. Compared versus the version-of-record PDF papers/Achtyl_NatureComm_2015.pdf, the query form carries no experimental data—only editorial questions—so any mechanism discussion of proton diffusion or interface spectroscopy would invent science. Sensitivity of downstream automation is high: link resolvers must prefer the canonical slug and not treat this galley artifact as peer-reviewed text. Limitations are categorical; however, the checklist does confirm that the underlying article discusses temperature-controlled cells and DFT terminology that appear on 2015achtyl-nat-aqueous-proton. Future work for operators is to keep this page as corpus honesty about duplicate PDF clutter rather than expanding it into a second article summary.

Limitations¶

Cannot be cited as a primary source for mechanism or numerical data. Use 2015achtyl-nat-aqueous-proton for evidence-grounded summaries. This ingest exists for corpus provenance when a workspace stores the query PDF alongside the article.

Relevance to group¶

Ties the manifest to the graphene aqueous proton Nature Communications paper that lists Adri C. T. van Duin among co-authors; useful for linking galley artifacts to the canonical paper slug.

Citations and evidence anchors¶

Related article: 2015achtyl-nat-aqueous-proton — DOI 10.1038/ncomms7539, PDF papers/Achtyl_NatureComm_2015.pdf.
Query PDF: papers/Achtyl_NatureComm_2015_queries.pdf.