Supporting information: Revealing the chemical reaction properties of SiHCl3 pyrolysis by ReaxFF molecular dynamics (related article, ACS Omega)
Summary¶
This wiki slug registers Supporting Information (papers/ReaxFF_others/Li_SiClH_ACS_Omega_2022_SI.pdf) for an ACS Omega study of trichlorosilane (SiHCl₃) pyrolysis using ReaxFF molecular dynamics, authored by Yanping Li et al. The SI’s primary scientific payload is reproducibility: it publishes the full ffield.reax table for the Si–Cl–H–C parameterization used in production runs, with parameters sourced from the multi-objective ReaxFF optimization framework of Jaramillo-Botero, Naserifar, and Goddard (J. Chem. Theory Comput. 2014, 10, 1426–1439) as stated in the SI header. The main article (not ingested as this file) carries the narrative Summary, simulation protocols, validation against reference data, and pyrolysis mechanism discussion; this page should not be read as a standalone scientific result.
Methods¶
1 — MD application (atomistic dynamics)¶
The ingested pdf_path is Supporting Information; molecular dynamics in the ACS Omega main article (not in this file) is ReaxFF-based, typically LAMMPS in this literature line—confirm the VOR. N/A in this PDF for supercell composition / atom count, 3D PBC details, NVT or NPT choice, timestep (fs), equilibration duration or ns-scale production, thermostat (Berendsen / Nosé–Hoover / Langevin), isotropic NPT barostat, target temperature in K, or bulk pressure in bar or GPa—all belong to the main article, not the SI. N/A for static or oscillating electric field and N/A for umbrella or metadynamics; N/A for a separable “Methods” run table in the SI, which is parameter-only. This slug exists so operators can find ffield.reax bytes, not a simulation protocol.
2 — Force-field training (ReaxFF and related)¶
The SI publishes the full ffield.reax for the Si–Cl–H–C set used in the work. The header cites the multi-objective ReaxFF optimization framework of Jaramillo-Botero, Naserifar, and Goddard (J. Chem. Theory Comput. 2014, 10, 1426–1439) as the lineage for how parameters were obtained; parent / element blocks are the tables in the SI. Training / QM details: follow that JCTC 2014 reference and any reoptimization / editing notes in the main Omega paper—N/A to re-derive from the SI file alone. External validation of the fit against experiment or DFT: N/A on this page—stated in the main article if present in the ingested corpus copy.
3 — Static QM¶
N/A in the SI for standalone DFT methods; QM enters ReaxFF training citations in the main text.
Findings¶
N/A for a standalone kinetic / mechanistic conclusion (SI-only): the SI’s payload is the ReaxFF parameter file; reaction outcomes and validation are on the main article (not this PDF). Corpus / KB honesty: treat pdf_path as provenance for the ffield.reax table; reaction outcomes and kinetics are in the main Omega article, not in this SI PDF. Comparisons / limitations: N/A to summarize without the VOR main article in the working tree.
Limitations¶
The repository currently tracks SI only (doi empty in frontmatter); full methods and results require the main ACS Omega PDF. extraction_quality: partial reflects PDF state and manifest completeness, not a judgment on the underlying research.
Relevance to group¶
Illustrates corpus practice: SI PDFs register parameters and provenance for ReaxFF applications in chlorosilane pyrolysis.
Citations and evidence anchors¶
ffield.reaxlisting: Supporting Information of the ACS Omega article cited in the main publication.