1) anti-high over-loaded
抗高过载
1.
Theoretic analysis and experiment prove to the anti-high over-loaded capacity of recorder,the anti-high over-loaded capacity in circuit and structure design is improved.
对记录器抗高过载能力进行理论分析和试验证明,从电路和结构设计方面考虑提高抗高过载能力。
2) resist overload
抗高过载性
3) overloading-resistibility
抗高过载能力
1.
The acceleration amplitude corresponding to critical failure of initiator at different rising time of incidence waveform was achieved by improving strike bar shape and the overloading-resistibility of initiator under overloading condition was determined.
通过改变子弹形状,得到不同脉冲升时条件下火工品失效所对应的加速度幅值,从而确定了火工品的抗高过载能力。
4) anti-overloading
抗过载
1.
The physico-chemical properties, explosion power and anti-overloading of the anti-high-loading FAE was studied using experimental method.
通过试验验证了抗高过载FAE燃料的物化性能、爆炸威力及抗过载能力,研究内容包括燃料的内相容性、撞击感度、摩擦感度、静爆威力、燃料爆炸的火球发展历程以及燃料在各种撞击过载和发射过载条件下的状态变化等。
5) overload resistance
抗过载性
6) high overload
高过载
1.
Numerical simulation on movement of Al_2O_3 particles in solid motor under high overload;
高过载下固体发动机内Al_2O_3粒子运动状况的数值模拟
2.
Numerical simulation on stress of projectile materials under high overload
高过载条件下弹丸材料所受应力的数值仿真
3.
Four kinds of common test method under high overload,including hammering test,Hopkinson bar test,gas gun recovery and firing test are introduced in this paper.
对比了四种常用的高过载试验方法:马歇特锤击、霍普金斯杆、气体炮回收以及实弹靶试高过载试验方法的优缺点,给出了储备式锂电池较为适宜的高过载模拟试验方法,并通过试验测试给出了储备式锂电池在高过载下的特性曲线,分析了储备式锂电池在高过载下的特性。
补充资料：抗高
1.高尚。
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