Synergetic enhancing thermal decomposition and energy release performance of B-based ternary composite fuel using titanium diboride/graphene oxide as efficient burning modifier

Yue Peng

doi:10.1016/j.jaap.2026.107991

Synergetic enhancing thermal decomposition and energy release performance of B-based ternary composite fuel using titanium diboride/graphene oxide as efficient burning modifier

2026-07-20

0

PRE

AI

Y

Yue Peng

Z

Zhenxiong Wang *

X

Xinglong Liu

C

Chong Chen

K

Kaichuang Zhang

X

Xin Zhao

M

Manhui Wei

X

Xiqiang Gai *

DOI：10.1016/j.jaap.2026.107991

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• Synergistic modification of B-based fuel is achieved via regulating with TiB2/GO. • Highly active Ti and additional B in TiB2 are utilized for regulation. • GO-derived gases disrupt B2O3 oxide layer and suppress nano-agglomeration. • B/TiB2/GO sample (mass ratio 10:1:3) reduces 69.36% activation energy versus B. • A maximum pressurization rate of 1.124 MPa·s⁻¹ is achieved for composite fuel.

Synergetic enhancing thermal decomposition and energy release performance of B-based ternary composite fuel using titanium diboride/graphene oxide as efficient burning modifier

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