An Research on Abrasion Resistance of Muzzle Shunt Rail Gun Rail Boronized with Self-protecting B4C Paste
来源期刊：材料热处理学报2004年第5期
论文作者：MA Yuan LI Zhi-yuan HU Jin-suo ZHENG Zhen-zhong CHENG Shu-kang
关键词：Self-protecting; B4C; thermodynamics; Muzzle shunt rail gun; Abrasion resistance;
摘 要：Based on large numbers of experiments, together with some theoretic support such as equations related to the experiment, thermodynamic principles and so on, one useful and reasonable self-protecting boron formulation is got to reinforce the muzzle shunt rail gun rail. The preliminary friction and abrasion test results show that the formulation is acceptable and the abrasion resistance of the steel rail enhances to some extent after the surface reinforcement.
MA Yuan1，LI Zhi-yuan2，HU Jin-suo1，ZHENG Zhen-zhong1，CHENG Shu-kang2
(1.2rd Department, Beijing Special Vehicle Institute, Beijing, China;
2.Electric College, Harbin Institute of Technology, Harbin, China)
摘要:Based on large numbers of experiments, together with some theoretic support such as equations related to the experiment, thermodynamic principles and so on, one useful and reasonable self-protecting boron formulation is got to reinforce the muzzle shunt rail gun rail. The preliminary friction and abrasion test results show that the formulation is acceptable and the abrasion resistance of the steel rail enhances to some extent after the surface reinforcement.
关键词:Self-protecting; B4C; thermodynamics; Muzzle shunt rail gun; Abrasion resistance;
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