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期刊信息/Journal information
防务技术

中国兵工学会

朱荣桂

季刊

2214-9147

10-1165/TJ

bgxbywk@tom.com

010-68963060

100089

北京市海淀区车道沟10号(北京2431信箱)

防务技术/Journal Defence TechnologyCSCDCSTPCDSCI
本刊以反映我国兵工战线科学技术的最新成果为主要特色,主要内容为兵器科学技术基础理论研究、试验技术与研究、工程制造技术与研究等。
正式出版
收录年代
    2025年04期Issue 04,2025

    Review on integral stiffened panel of aircraft fuselage structure

    Devi Chandra;Y.Nukman;Muhammad Adlan Azka;S.M.Sapuan;J.Yusuf1-11

    Three-dimensional finite-time optimal cooperative guidance with integrated information fusion observer

    Yiao Zhan;Linwei Wang;Di Zhou12-28

    Toughening modification of cellulose acetate butyrate and using for CL-20-based polymer bonded explosives

    Na Li;Zhengzheng Zhang;Fengqin Shang;Shaohua Jin;Lijie Li;Changgen Feng;Jiaming Gao;Yu Chen29-39

    A general viscoelastic foundation model for vibration analysis of functionally graded sandwich plate with auxetic core

    Mofareh Hassan Ghazwani;Ali Alnujaie;Pham Van Vinh40-58

    3D printed hybrid rocket fuels with μAl core-shell particles coated with polyvinylidene fluoride and polydopamine:Enhanced combustion characteristics

    Qihang Chen;Xiaolong Fu;Weitao Yang;Suhang Chen;Zhiming Guo;Rui Hu;Huijie Zhang;Lianpeng Cui;Xu Xia59-70

    Interface geometry modification to trap plasticized flash for improved joint strength of dissimilar rotary friction welds

    Neeraj Kumar Mishra;S.G.K.Manikandan;Suresh Meshram;Amber Shrivastava71-78

    Study on the effects of combustion characteristics of pyrotechnic charges on pyrotechnic shocks

    Jingcheng Wang;Shihui Xiong;Huina Mu;Xiaogang Li;Yuquan Wen79-98

    A novel trajectories optimizing method for dynamic soaring based on deep reinforcement learning

    Wanyong Zou;Ni Li;Fengcheng An;Kaibo Wang;Changyin Dong99-108

    Triple point path prediction for height of burst explosion in high-altitude environment

    Rui Li;Minghang Hu;Rui Sun;Yajing Chen;Yan Li;Quan Wang;Xiaorong Cui109-119

    Numerical investigation on the engraving process of a pyrotechnic actuator with an improved two-phase flow model of interior ballistic

    Yue Li;Cong Liu;Cheng Cheng;Genghui Jiang120-132