静电放电(esd)产生的电磁脉冲(EMP)会对电子系统的正常工作造成严重的干扰，甚至造成系统的损伤。
Electromagnetic pulse (EMP) generated by electrostatic discharges (ESD) can severely interfere with the normal operation of electronic systems and even damage them.
用实验方法研究了静电放电(esd)对某电子时间引信电子线路的损伤及其防护加固措施。
ESD damage and hardening of an electronic time fuze are studied by using experiments.
在使用不当方面，主要是静电放电(esd)损伤和过电损伤(EOS)，EOS损伤中包括输出端失配、加电顺序等操作不当引入的过电应力等。
As for application problems, the main failure reasons are damage caused by ESD and EOS, including mismatch in the output ports and incorrect biasing sequence, etc.
结果不同强度放电对胆囊壁损伤有显著差异，不同方向放电对胆囊壁损伤差异有统计学意义。
Results different degrees of gallbladder wall injury were observed with statistical significance in various intensities of discharge and in different discharging direction.
结果不同强度放电对胆囊壁损伤有显著差异，不同方向放电对胆囊壁损伤差异有统计学意义。
Results different degrees of gallbladder wall injury were observed with statistical significance in various intensities of discharge and in different discharging direction.
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