Examination of shaped charge performance with ECAP produced liners

机译：用ECAP生产衬垫的形状电荷性能检查

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Vitaly Leus; Yuri Khoptiar; Roy Ceder;
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年度 2020
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1. Thermal softening of metallic shaped-charge jets formed by the collapse of shaped-charge liners in the presence of a magnetic field [J] . Fedorov S. V. Journal of Applied Mechanics and Technical Physics . 2016,第3期

机译：在磁场的作用下，由于成形电荷衬里的塌陷而形成的金属成形电荷射流的热软化
2. Performance Comparison of Double-Layer Liner for Shaped Charge Fabricated Using Kinetic Spray [J] . Lee Seungtae, Kim Jaeick, Kim Seejo, Journal of Thermal Spray Technology . 2019,第3期

机译：用动力学喷雾制造成型电荷双层衬里的性能比较
3. Density Effect of PTFE-Copper Powder Metallurgy Liner Material on the Perforation Performance of Shaped Charge Jets [J] . Xu Y. J., Wang Z. J., Wu G. D., Strength of Materials . 2019,第4期

机译：PTFE-铜粉冶金衬里材料对成形电荷喷射的穿孔性能的影响
4. PENETRATION PERFORMANCES OF TUNGSTEN-COPPER SHAPED CHARGE LINER [C] . S. Lee, E. P. Kim, Y. Kim, International Symposium on Ballistics . 2005

机译：钨铜形电荷衬里的渗透性能
5. Correlating shaped charge performance with processing conditions and microstructure of an aluminum alloy 1100 liner enabled by a new method to arrest nascent jet formation. [D] . Scheid, James Eric. 2014

机译：通过新方法阻止新生射流的形成，使成形装药性能与铝合金1100衬套的加工条件和微观结构相关联。
6. Reactivity and Penetration Performance Ni-Al and Cu-Ni-Al Mixtures as Shaped Charge Liner Materials [O] . Miao Sun, Chao Li, Xuguang Zhang, 2018

机译：Ni-Al和Cu-Ni-Al混合物作为异型电荷衬里材料的反应性和渗透性能
7. Influence of electric current intensity on the performance of electroformed copper liner for shaped charge application [O] . Tamer Elshenawy, Salah Soliman, Ahmed Hawwas 2017

机译：电流强度对电荷成形铜衬垫性能的影响
8. Examination of shaped charge liner shock loading [R] . Murphy, M. J. , Moore, T. W. , Lee, C. G. , 1996

机译：检查聚能射孔弹冲击负荷

Examination of shaped charge performance with ECAP produced liners

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