为了在不牺牲坦克抗动能弹性能的前提下提高抗空心装药破甲弹的能力,美国陆军坦克与机动车辆司令部于1952年开始研制抗空心装药破甲弹的装甲,1958年提出了关于 XM 60坦克用硅芯装甲的鉴定报告,直到1981年才解秘公布。现将其鉴定结果介绍如下。硅芯装甲抗弹性的分析据认为,大多数材料抗空心装药破甲弹的能力遵循密度定律,即空心装药射流的侵彻深度与药型罩密度平方根除以靶板密度平方根成 In order to improve the capability of anti-hollow charge armor shells without sacrificing tank anti-kinetic energy, the United States Army Tanks and Motor Vehicles Command started the development of anti-hollow-core armor shells in 1952 and proposed in 1958 XM 60 tanks on the silicon core with the appraisal report, until 1981 mystery announced. Now its identification results are as follows. Analysis of silicon core armor resistance It is believed that the ability of most materials to resist hollow shell charge armor bullets follows the density law that the penetration depth of the hollow charge jet and the square root of the drug-type cover density are divided by the square root of the target density