期刊


issn1673-002X
刊名Defence Technology(防务技术)
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2010 2011 2012 2013 2014 2015
2016 2017 2018 2019 2020 2021
2022 2023

vol.01 vol.02 vol.03 vol.04 vol.05 vol.06
vol.07 vol.08 vol.09

题名刊名作者出版年年卷期
Tailoring conductive network Zn@NPC@MWCNTs nanocomposites derived from ZIF-8 as high-performance electromagnetic absorber for the whole X-BandDefence Technology(防务技术)Shi-bin Lu;Ying Meng;Hai-bo Wang;Xian-wei Jiang;Jin Yang;Ning Wei;Lin Jin;Li-juan Wan;Hao Tang;Qian-qian Hou20235
Numerical and experimental evaluation for density-related thermal insulation capability of entangled porous metallic wire materialDefence Technology(防务技术)Tao Zhou;Rong-zheng Fang;Di Jia;Pei Yang;Zhi-ying Ren;Hong-bai Bai20235
Experimental study of polyurea-coated fiber-reinforced cement boards under gas explosionsDefence Technology(防务技术)Meng Gu;Xiao-dong Ling;An-feng Yu;Guo-xin Chen;Hao-zhe Wang;Han-xiang Wang20235
Experimental and numerical study on the influence of shaped charge liner cavity filing on jet penetration characteristics in steel targetsDefence Technology(防务技术)Paweł Zochowski;Radosław Warchoł20235
Mesoscopic modelling of UHPCC material under dynamic tensile loadingsDefence Technology(防务技术)Xiang-zhen Kong;Shang-bin Yang;Tao Zhang;Qin Fang;Heng-bo Xiang;Rui-wen Li20235
Mesoscale study on explosion-induced formation and thermochemical response of PTFE/Al granular jetDefence Technology(防务技术)Yuan-feng Zheng;Zhi-jian Zheng;Guan-cheng Lu;Hai-fu Wang;Huan-guo Guo20235
Effect of interface behaviour on damage and instability of PBX under combined tension-shear loadingDefence Technology(防务技术)Quan-zhi Xia;Yan-qing Wu;Feng-lei Huang20235
Lead spall velocity of fragments of ultra-high-performance concrete slabs under partially embedded cylindrical charge-induced explosionDefence Technology(防务技术)Yi Fan;Li Chen;Heng-bo Xiang;Qin Fang;Fang-yu Han20235
Estimating energy release performance of oxidizer-activated aluminum fuel particles under ultrafast stimulusDefence Technology(防务技术)Ya-ru Li;Hui Ren;Xin-zhou Wu;Hui-xin Wang;Xi-long Yu20235
Machine learning method to predict dynamic compressive response of concrete-like material at high strain ratesDefence Technology(防务技术)Xu Long;Ming-hui Mao;Tian-xiong Su;Yu-tai Su;Meng-ke Tian20235
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