FirePhysChem : Impact Factor & More
eISSN: 2667-1344
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Topics Covered on FirePhysChem
FirePhysChem Journal Specifications
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| Overview | |
| Publisher | KeAi Communications Co. Ltd. |
| Language | English |
| Publication Time | 16 |
| Editorial Review Process | Blind peer review |
| General Details | |
| Language | English |
| Society/Institute/Sponsor | Xi’an Modern Chemistry Research Institute |
| Website URL | Visit website |
| Publication Details | |
| Publication Time | 16 |
| Editorial Review Detail | |
| Information for authors | |
| Author instructions | Visit website |
| Copyright Details | Visit website |
| License type | CC BY-NC-ND |
| OA statement | Visit website |
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Recently Published Papers in FirePhysChem
Interfacial Intermetallic Reaction for Oxide Layer Fragmentation: A Coating Strategy towards Aluminum-Based Energetic Materials
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Isomeric energetic biocidal compounds derivates from methylene bridged nitro-iodopyrazoles
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Mass spectrometric observation and reaction mechanism of gas-phase initial intermediates during TKX-50 decomposition
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Strategy for Constructing Low-Sensitivity High-Energy Molecules by Combining N-oxidation and NO2/NH2 Substitution on Azole Rings
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New developments of HEMSim: a computational treatment for aluminized highly energetic materials applied to rock blasting
- 1 Mar 2026
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Interfacial Intermetallic Reaction for Oxide Layer Fragmentation: A Coating Strategy towards Aluminum-Based Energetic Materials
- 1 May 2026
- FirePhysChem
Tuning energetic performance via isomerism: Trinitro 3,5-di(pyrazolyl)-1,2,4-oxadiazole isomers
- 1 Apr 2026
- FirePhysChem
Isomeric energetic biocidal compounds derivates from methylene bridged nitro-iodopyrazoles
- 1 Apr 2026
- FirePhysChem
Mass spectrometric observation and reaction mechanism of gas-phase initial intermediates during TKX-50 decomposition
- 1 Mar 2026
- FirePhysChem
Strategy for Constructing Low-Sensitivity High-Energy Molecules by Combining N-oxidation and NO2/NH2 Substitution on Azole Rings
- 1 Mar 2026
- FirePhysChem
New developments of HEMSim: a computational treatment for aluminized highly energetic materials applied to rock blasting
- 1 Mar 2026
- FirePhysChem
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