1) disruptive distance
击穿距离
2) striking distance
放电距离，击穿距离
3) nization puncture
电离击穿
4) isolation breakdown
隔离击穿
5) burnthrough range
烧穿距离
1.
The burnthrough range of multiple false targets jamming under standoff jamming is studied based on power rule.
介绍了多假目标干扰的产生原理,分析了多假目标干扰的能量特征;基于功率准则对远距离支援干扰下多假目标干扰的烧穿距离进行了理论分析;最后通过地面警戒雷达的干扰试验验证了多假目标干扰的有效性。
2.
This paper mainly researches the influence of the variety of target radar cross section(RCS) or active jamming power(the other conditions don t change)on radar burnthrough range and jamming effect under the self-defense jamming or support jamming mode,and draws the curves reflecting the relation between the burnthrough range and RCS & active jamming power.
主要研究了在自卫或支援干扰方式下,目标雷达反射面积或有源干扰功率的变化(其它条件不变)对雷达烧穿距离和干扰效果的影响,并绘制了烧穿距离与雷达反射面积、有源干扰功率变化之间的曲线。
6) impact distance
冲击距离
1.
The instantaneous impact force is linear with impact distance, and depends on the difference in tension between descending and ascending vessels and the elasti.
结果表明:防撞梁的瞬态冲击载荷不仅与冲击距离呈线性关系,而且和提升容器下降侧与上升侧的张力差、提升钢丝绳的弹性系数有关。
补充资料：击穿
电介质在强电场作用下丧失原有绝缘性质的现象。固体电介质击穿后，会出现熔化或烧焦的通道，或出现机械损伤的裂纹；气体和液体电介质击穿时会出现电火花。发生击穿的电压值与材料的种类、厚度及使用时的温度、压力等因素有关。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条