深弹发射装置高温抗腐蚀隐身涂层研究

Research of Hyperthermy and Slushing Stealth Coatings on Depth Charge Launcher

摘要:

高温抗腐蚀隐身涂层应用于深弹发射装置，具有深弹发射时耐高温、抗腐蚀、隐身性能较高的优点。为全面提高传统火箭深弹的隐身效果，其主要技术瓶颈是突破在高温尾焰工作环境下深弹发射装置有效提高隐身性能。针对该技术瓶颈，提出了一种吸波复合材料。通过对该方案的理论研究和仿真理论模型的计算表明：采用吸波复合材料满足深弹发射装置的隐身性指标要求。

Abstract:

Hyperthermy and slushing stealth coatings are applied to depth charge launcher which have the characteristics of high temperature resistance，corrosion resistance and high stealth performance when the depth charge is launched. The technical difficulty of improving the stealth effect of traditional rocket depth charge is to effectively enchance the depth charge launcher’s stealth performance in conditions of high-temperature plume. Aiming at this difficulty，one sort of wave-absorbing composite material has been proposed. The theoretical study and simulation theoretical model results of this method show that the wave-absorbing composite materials could meet the depth charge launcher’s requirements of stealth performance indicators.