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火炮动能弹系统分析给出了火炮在考虑主弹道参数时,动能弹初速(V_0)与可能穿透的装甲厚度(T)之间的函数关系。目的是根据弹芯质量和速度与弹芯长径比(L/D)的关系,研制出一种穿甲弹芯,以获得对均质钢装甲靶板的最大穿透效能。研究实例是140mm 固体发射药火炮。105mm、120mm 和140mm 口径的火炮最大穿透深度能够计算出来,140mm 口径火炮要用更多的发射能量、更长的炮管和更小的弹托质量。
Artillery kinetic energy system analysis gives the function of the kinetic energy initial velocity (V_0) and possible penetrating armor thickness (T) when considering the main ballistic parameters. The purpose is to develop a piercing projectile based on the relationship between the mass and speed of the projectile and the L / D ratio of the projectile, so as to obtain the maximum penetration efficiency of the armored target of homogeneous steel. The research example is 140mm solid propellant artillery. The maximum penetration depth of 105mm, 120mm and 140mm caliber artillery can be calculated, 140mm caliber artillery to use more launch energy, longer barrel and smaller shell mass.