用吸波材料处理飞机、导弹和舰艇仍然是降低飞行器RCS值和提高其战斗生存力的一项十分重要的技术措施。然而现在的趋向是用雷达吸波结构(RAS)材料建造军事平台取代用吸波涂料或吸波材料(RAM)涂敷在表面的方法,后者不仅会使质量增加,而且需要特殊的维修保养措施。虽然上述技术正处于开发阶段,但许多较新的复合结构材料将兼有优越的能量吸收特性和诸如高的抗拉和抗压强度、耐冲击、耐燃料和流体液压能力以及质量小等物理特性。目前 Handling of aircraft, missiles and naval vessels with absorbing materials remains a very important technical measure to reduce the RCS of aircraft and enhance its combat viability. However, the current trend is to replace the use of radar absorbing materials (RAS) to build a military platform to coat the surface with absorbing or absorbing materials (RAM), which not only increases the quality but also requires special maintenance Measures. Although the above technologies are under development, many of the newer composite materials will combine superior energy absorption characteristics with physical properties such as high tensile and compressive strength, impact resistance, fuel and fluid hydraulic capabilities, and low mass . Currently