Author:
Guo Baoqiong,Wei Xiaoan,Wang Binbin
Abstract
Abstract
In this research, nitrocellulose / magnesium borohydride nanomaterials (NC / Mg(BHx)y) nanoenergetic composite materials are synthesized through sol-gel method and the freeze-drying technology. Among them, nitrocellulose (NC) is used as a gel matrix to load Mg(BHx)y particles. Scanning electron microscopy (SEM) results show that Mg(BHx)y is embedded and uniformly dispersed in the NC matrix. The particle size of the high-energy composite material is about 2 μm. The results of FT-IR showed that the hydrogen storage alloy was successfully loaded around the NC without destroying the cellulose structure. The composite material decomposition reaction (Temperature-Time) curve is obtained through the adiabatic accelerated calorimeter (ES-ARC) test.
Subject
General Physics and Astronomy
Reference5 articles.
1. Hydrogen storage using physisorption–materials demands;Nijkamp;J . Applied Physics A.,2001
2. Effect of Boron-Containing Hydrogen-Storage-Alloy (Mg(BHx) y) on Thermal Decomposition Behavior and Thermal Hazards of Nitrate Explosives;Ji;J . Propellants, Explosives, Pyrotechnics.,2018
3. Thermal decomposition properties of Hydrogen storage alloy / AP / HTPB;Yanmeng;J . Chinse Journal of Explosives & Propellants.,2012
4. Research progress in the application of nano-hydrogen storage materials in propellants;Yanjing;J . Chinese Journal of Energetic Materails.,2016
5. Preparation and properties of NC / RDX / AP nano-composite energetic materials by the sol–gel method;Jin;J . Journal of Sol-Gel Science&Technology.,2015
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