结果不同电压所致的电流损伤在电流斑形成、电灼伤、电流出口、内脏损伤等方面有明显区别。
Result There was significant difference in electric injury, such as electric mark, electric burns, electric outlet and pathological changes of organs.
结论：提示射频导管消融术后心率变异性的降低是由于射频电流损伤心脏迷走神经所致，与手术引起的心脏本身应激性损伤无关。
Conclusion: the results indicates that the decrease of HRV was caused by the ablative injury on cardiac autonomous system, and it does not relate to the injury on heart itself.
BG 305损伤电压、功率随脉宽增大而减小，损伤能量随脉宽增大而增大，损伤电流处于某一个小范围之内，可能属于电流损伤型器件。
The damage voltage and power of BG305 have the same rules as RAM6264, while the damage energy will increase. And the damage current also varies in a small range, it may be a current damage device.
人耳深处都有敏感细胞，他们负责将声波转化成脑电流，一旦这些敏感细胞受到损伤，要想恢复很难。
Once the sensitive cells deep in the ear that convert sound waves to electrical impulses are destroyed by loud noise, they cannot be restored.
本装置可以有效减少电动车爬坡、起步时大电流对电池、电机的损伤，且经久耐用，节能效果突出！
The device can effectively reduce the electric car climbing, starting when the high-current battery, motor injury, and durable, energy-saving effect of outstanding!
通过直接栅电流测量方法研究了热载流子退化和高栅压退火过程中PMOSFET ' s热载流子损伤的生长规律。
The growth laws of hot carrier damage of PMOSFET's during the hot carrier degradation and the high field annealing are studied by direct gate current measurement.
变压器能够承受25倍额定电流持续2秒钟冲击不会造成自耦变压器的任何热和机械损伤。
The autotransformer is capable of withstanding surge by25times of rated current for2-second duration without any thermal or mechanical damage.
MCG可以检测心肌缺血损伤电流造成的ST段基线位移，有利于早期诊断冠心病。
MCG can detect displacement of ST-segment caused by electric current due to ischemic myocardial injury and is helpful in early diagnosis of coronary heart disease.
电机轴承采用绝缘结构，减小了轴电流对轴承的损伤，提高了轴承寿命。
Insulation structure for bearing, reduce the damage from shaft current and improve the life of bearing.
随电流密度增加，氢损伤尺寸增大，但当电流密度较大时，这种增大不明显。
The damage size increases with increase of charging current density, but not so apparent at higher current density.
闪电有很高的电压和高的电流量，能引起严重的损害或损伤。
Lightning has very high voltage and high amperage and can cause severe damage or injury.
本文通过电流注入法对某型直流固态继电器输入端与输出端的电磁脉冲损伤机制进行了实验研究，确定了两种失效模式。
The electromagnetic pulse(EMP) damage mechanism and failure modes are obtained for the input port and output port of solid state relays by current injection method.
结论一定强度的高压脉冲电流可对心脏结构及功能造成可恢复性的损伤，且此损伤效应与电流强度有关。
Conclusion High-voltage impulse current may induce recoverable injuries on heart structure and function, and the damage effect shows a correlation with the current intensity.
合适的电流刺激对于面神经损伤的修复和再生有一定的价值。
With regard to repair and regeneration of facial nerve, suitable electrical current is of a certain value.
它通过电流在中枢和外周神经系统产生治疗性热损伤，以破坏神经纤维而阻断神经冲动的传导。
It causes thermal lesions of the peripheral and central nervous system by relieving radiofrequency waves, to block nerve conduction of pain signal by the destruction of related nerve fibers.
它通过电流在中枢和外周神经系统产生治疗性热损伤，以破坏神经纤维而阻断神经冲动的传导。
It causes thermal lesions of the peripheral and central nervous system by relieving radiofrequency waves, to block nerve conduction of pain signal by the destruction of related nerve fibers.
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