Experimental results are reasonably and qualitatively explained on account of the laser induced melt,evaporation,plasma absorption and shielding,and impact hardening.
使用熔融、蒸发、等离子体吸收和屏蔽及冲击硬化的观点,定性地解释了不同脉冲能量激光作用下烧蚀区不同形貌的成因。
The ballistic behavior,impact hardening and ballistic mechanism of high nitrogen austenitic armor steel with nitrogen content of 0.
56%的不同厚度规格的高氮奥氏体装甲钢抗穿、破甲弹侵彻时的抗弹性能、冲击硬化、抗弹机理等现象,以防护系数的优劣作为评定依据。
