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In situ precise construction of surface-activated boron powders: A new strategy to synergistically improve the interface properties and enhance combustion performance of boron

Fei Xiao,Chong Chen, Zitong Chen,Jinghui Hu

Fuel（2023）

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Abstract
•B@PT and B@DT composite are prepared.•B@PT and B@DT have better reaction and combustion performance than B.•B@PT has a hydrophobic interface layer with low polarity.•B@PT and B@DTB show higher combustion temperature and reactivity in thermite with n-CuO.
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Key words
Boron powder, Combustion, Interface performance, In situ reaction, Fuel-rich rocket propellant
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