2023 Virtual Special Issue on Energy-Containing Materials - Journal of Ordnance Equipment Engineering

2023 Virtual Special Issue on Energy-Containing Materials

Preparation and properties of alginate/HMX composite energetic materials

Research progress of the measurement method and its application of detonation heat of explosives

Process optimization of preparation of HMX based aluminized explosives through the spray drying method

Study on thermal safety of RDX CMDB

Research on the response characteristics of Al/PTFE active materials under explosive detonation

Molecular dynamics simulation of the interface interaction between the TKX 50/BTF two component explosive and binders

Design of potentially high energy density compounds based on 1H imidazo［4,5 d］pyridazine

〖STHZ〗Numerical simulation of critical initiation characteristics of the explosive PBX 9404

Experimental study on the thermal action law of TNT explosion temperature field

Research progress of co crystallization theory and energetic co crystallization materials

Analysis of thermal response characteristics of 2,4 dinitroanisole melt cast explosive

Preparation of bonding type phase change material and its desensitization coating effect on fine grained AP study

Study of NC/Bu NENA based propellant’s properties(Ⅲ):stability, mechanical property, mechanical sensitivity

Research on the application of lead copper catalysts in low aluminum HTPE propellants

Review of the development of NOFBX propellant technology

Research on initiation and detonation characteristics of a DNTF based explosive

Analysis of explosion firelight characteristics by remote spectrum identification method

Numerical simulation of underwater explosion load produced by nonideal explosives based on JWL Miller equation of state

Simulation analysis of launch stability of in bore charge at high speed

Optimization of oxidizer weighing process for solid propellant based on discrete element simulation

Study on damage law of pressed explosives under different impact velocities

Prediction of the influence of parameters of JWL equation of state on EFP velocity based on BP neural network

Velocity threshold of shock initiation of shielded composition B impacted by typical fragments