1) electric injury
电击损伤
1.
The data of cloth, electric injury and pa thological changes of organs were retrospectively analyzed.
目的 探讨不同电压电击损伤的病理学特点 ,进行电击死的法医学鉴定。
2) Electric shock
电击
1.
This paper introduces the types of electric shock, its harm to the body and the technology of prevention and control.
医疗设备可以为临床工作提供大量诊断信息和治疗手段,而医疗设备的漏电也会使病人电击灼伤以至危及生命。
2.
T hi s article analyses the cause of electric shock after the cathode and the anode a re short-circuited to earth in a high voltage electrostatic precipitator.
分析了某公司电石分厂尾气锅炉高压静电除尘中阴极和阳极经短接和接地后,仍会产生高压电击现象的原因,并提出了解决问题的方法。
3) shock
电击
1.
Research of the influence of immune shock on the immune effect of DNA vaccine;
电击免疫途径对DNA疫苗免疫效果影响的研究
2.
Using electrostatic discharge(ESD)shock on rabbits,we have gotten the decending and returning characteristics of the arterial pressure.
对家兔进行了不同电压 (电量 )的电击 ,显示了电击以后血压下降和恢复的规律特点 。
4) Electroshock
电击
1.
The Effects of Comprehensive Treatment of Hyperbaric Oxygen,Nimodipine and Music on Rats with the Ischemic Cerebrovascular Disease Caused by Electroshock and Casualty Simulated in the War;
目的通过观察尼莫地平、音乐协同高压氧(HBO)综合治疗电击、创伤产生的应激性缺血性脑血管病,进一步探讨HBO、尼莫地平、音乐在缺血性脑血管病(ICVD)治疗中的作用。
5) electroporation
电击
1.
The transfer and expression of human clotting factor Ⅸ in muscle mediated by electroporation;
电击介导的人凝血因子Ⅸ cDNA在肌肉中的转移和表达
2.
Construction of recombinant Lactobacillus expressing green fluorescent protein gene and transformation conditions by electroporation;
表达绿色荧光蛋白重组乳酸杆菌的构建及电击转化条件
6) electrical breakdown
电击穿
1.
The concept and characteristic of electrical breakdown in conducting composites are introduced here.
介绍导电复合材料电击穿现象的概念和特征,详细阐述现有电击穿研究在临界击穿电流比例模型、电阻热松弛行为、临界击穿电阻与线性电阻的比值关系、临界击穿电场与线性电阻的比例关系、动态电击穿过程电阻与时间的依赖关系、电击穿时间与电流关系等方面的研究方法和成果。
2.
The effects of Fe addition on the microstructure,hardness,electrical conductivity and electrical breakdown characteristics of Cu-W alloy were investigated.
为了提高CuW的物理机械性能,使其具有更好的耐电弧烧蚀性能和更长的使用寿命,笔者采用熔渗法制备了添加不同体积分数Fe元素的CuFeW合金,研究了Fe元素的添加对CuW合金的组织、硬度、电导率、电击穿性能的影响。
3.
The electrical breakdown properties of Cu-Cr contact materials with different content of RE in low vacuum condition were studied.
研究了不同稀土元素含量的Cu-Cr触头材料在低真空条件下的电击穿性能,通过对比不同稀土元素含量的Cu-Cr触头材料电击穿前后显微组织的变化,分析了Cu-Cr触头材料的击穿机理。
参考词条
补充资料：电击性损伤
电击性损伤
参见"电损伤"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。