The highest protection level use a composite armor of ceramic between steel layers.
保护级别最高的钢层之间使用的陶瓷复合装甲。
The ceramic composite armor related to this thesis is composed of aluminum alloy, glass fiber reinforced composite and engineering ceramics.
本文所研究的陶瓷复合装甲由铝合金、玻璃纤维增强复合材料(玻璃钢)、抗弹陶瓷三种材料复合而成。
The composite armor has good capabilities in defending armor-piercing shell, shrapnel, radiation, etc. It was the ideal material to manufacture the tank armor vehicles protection.
复合装甲具有良好的防穿甲、抗弹片和防辐射等性能，是制作坦克装甲车辆防护的理想材料。
Therefore, this thesis did thorough researches in allusion to the problems of making hole processing technology in the composite armor and optimizing craft parameters when it was in mass production.
因此，论文主要研究面向批量生产时复合装甲制孔加工工艺和工艺参数优化问题。
The compound armor is composed with the aluminum alloy, the fiber composite materials and the engineering ceramics. It has good capability but is difficult to process.
复合装甲由铝合金、纤维复合材料及工程陶瓷组合而成，具有良好的综合性能，但难以加工。
In the GE design, the conventional metallic pressure armor is replaced with a carbon fiber reinforced thermoplastic composite pressure armor which is fully bonded to the thermoplastic barrier layer.
在通用公司的设计中，使用了可以完全粘结到热塑性阻挡层的碳纤维增强热塑性复合压力外壳来代替常规金属压力外壳。
They used a composite bow that could rip through armor, and were also pretty good with lances and scimitars.
他们使用的是可以射穿铁战甲的复合弓，而且特别擅长于长矛与短弯刀攻击。
They used a composite bow that could rip through armor, and were also pretty good with lances and scimitars.
他们使用的是可以射穿铁战甲的复合弓，而且特别擅长于长矛与短弯刀攻击。
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