China
Xi'an Modern Chemistry Research Institute
Decomposition mechanism, ReaxFF, isothermal decomposition kinetics, stabilization, Pyro-GC-MS.
Graphene oxide, Combustion catalyst, Solid propellant, Combustion mechanism
Electrically controlled solid propellant, TG-DSC-MS-FTIR, Thermal decomposition, Electrically controlled mechanism
metal carbonyl compound, Carbon nanotubes, Embedding, Combustion catalytic performance, Decomposition mechanism of AP.
Sulfurous pollutants chemistry, quantum chemistry, thermochemistry, enthalpy of formation, entropy, heat capacity
Combustion catalyst, Bismuth and tin compounds, Carbon nanotube, Ammonium perchlorate pyrolysis, Thermal decomposition mechanism
Li-CO2 Batteries, Catalytic Cathode, Bimetallic Nitride, Electronic Modulation, Wearable Electronics
Decomposition mechanism, ReaxFF, isothermal decomposition kinetics, stabilization, Pyro-GC-MS
Block configuration, All-solid-state polymer electrolyte, Brush-like architectures, Cellulose backbone, Lithium battery
ferrocenyl derivative, Carbon nanotubes, confinement, anti-migration, catalytic combustion property, combustion mechanism
Ferrocene-based burning rate catalysts, ZIF-67, Confinement, Anti-migration, AP thermal decomposition, combustion catalytic mechanism
energy decomposition, bond-based, bent bond, tensile damage, shear damage, Phase field
Electrospray deposition, Ti/MnO2/P(VDF-HFP), Microwave ignition, Nanocomposites, Ignition mechanism
