为了有效解决高性能灵巧弹药的防护包装和缓冲减震问题,文中采用了不同密度、不同结构的泡沫塑料,在运输、振动、冲击和跌落环境条件下,有针对性地进行了高性能灵巧弹药在非缓冲或缓冲状态下作用在产品上的加速度响应值试验研究。研究结果表明,弹药的体积密度与加速度响应值在相同的环境试验条件下,体积密度大的产品加速度响应值小,体积密度小的产品加速度响应值大。

In view of protective packaging and shock absorption of high-performance smart ammunition, polyfoam of different density and structure was adopted for accelerometer response value research of high-performance smart munitions' effect on product under buffering or nonbuffered condition in case of transfer, vibration, shock or dropping. The result reveals that under the same surroundings and condition, the value of accelerometer response for the product is smaller with the larger density.