A molecular dynamics simulation framework for investigating ionizing radiation-induced nano-bubble interactions at ultra-high dose rates
Summary¶
The corpus registers a European Physical Journal D publisher proof/galley PDF whose checked-in text extract begins with author proof instructions and metadata, not the scientific body of the article. Metadata embedded in the proof lists the article title “A molecular dynamics simulation framework for investigating ionizing radiation-induced nano-bubble interactions at ultra-high dose rates” and identifies Ramin Abolfath as corresponding author with affiliations including Howard University, UT MD Anderson Cancer Center, and Sharif University of Technology, alongside co-authors Niayesh Afshordi (University of Waterloo / Perimeter Institute) and Sohrab Rahvar (Sharif University of Technology). That scope statement—ionizing radiation, aqueous nano-bubbles, and ultra-high dose-rate conditions—signals an intersection of radiation–matter energy deposition models with nanoscale cavitation physics, but numerical methods, potentials, timesteps, and dose-rate definitions are not recoverable from the proof letter in normalized/extracts/2024abolfath-venue-paper_p1-2.txt. Treat this wiki entry as provenance + metadata until a version-of-record PDF or structured bibliography supplies Methods/Results text.
Methods¶
Extract / corpus status (D — review-style placeholder)¶
Methods are not recoverable from the checked-in p1–2 extract (proof letter, not article body).
Expected protocol categories (to fill from VOR — not asserted here)¶
Water model (classical vs reactive), radiation energy deposition (tracks vs coarse dose), nanobubble ICs, BCs, Δt, MD/radiolysis coupling—document after full-text ingest; refresh doi, normalized/, and this page together.
Intended MD-style protocol (VOR TBD). A version-of-record article is expected to specify a molecular dynamics code, atom counts, PBC/wall boundaries, NVT/NPT/NVE ensemble, time step (fs), equilibration and production (ps/ns), thermostat/barostat (damping) if NPT applies, target temperatures, hydrostatic pressure if used, and whether ionizing radiation is coupled via prescribed energy deposition or a hybrid scheme. N/A—none of the above are recoverable from the current p1–2 proof extract; the wiki must not assert dose rates, reactive force field identity, or sampling schemes (no metadynamics until stated).
MD application (corpus honesty). The checked-in proof extract does not establish LAMMPS/GROMACS (or any) MD package, system composition, timestep/duration, Nosé–Hoover/Berendsen thermostat settings, NPT barostat parameters, or N/A for external electric field; treat all protocol lines as N/A until a full PDF/VOR backs them.
Findings¶
No quantitative scientific findings are stated in the checked-in extract beyond publisher metadata fields (title, journal, author list). Do not cite bubble lifetimes, dose-rate thresholds, radiolytic yields, or MD performance metrics from this wiki entry. Comparisons to experiment or literature and sensitivity to temperature or dose are N/A in this proof-only state. Limitations and outlook are: refresh normalized/papers/2024abolfath-venue-paper.json, doi, and full-text Findings when a VOR PDF and extraction exist.
Limitations¶
DOI and full author list are absent from normalized bibliography stubs at time of curation; extraction_quality is partial. Confidence is low by policy for proof-only ingest without article body text.
Reader notes (MAS / retrieval)¶
Do not answer quantitative radiation/MD questions from this slug until doi and full-text extracts land.
Relevance to group¶
Potential overlap with radiation–matter and aqueous interface simulation interests; van Duin involvement is not established from the extract.