人工电流或自然电流（雷电）作用于人体造成的损伤。严重的引致死亡。
... ecchymosis 出血斑 ecchymosis 尸斑（人死后在尸体低下部位皮肤因 血液坠积而出现的紫红色斑。） electric mark 电流斑 electric trauma 电流损伤 electrical asphyxia 电流窒息 ...
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... ecchymosis s 出血斑 ecchymosis 尸斑（人死后在尸体低下部位皮肤因 血液坠积而出现的紫红色斑。） electric mark 电流斑 electric c trauma 电流损伤 electrical l asphyxia 电流窒息 ...
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Conclusion (1) the model have obvious electrical injury features, and can be used to the forensic research of electrical injury.
结论:(1)该电击伤模型动物具有明显电流损伤的特点,可用于电流损伤的法医学研究。
参考来源 - 低压电损伤大鼠脑组织c·2,447,543篇论文数据，部分数据来源于NoteExpress
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.
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