This paper analyzes that the characteristics of several forces such as surface tension, electromagnetic pinch, gravitation and viscosity etc. act on short circuit liquid bridge.

分析了短路液桥的重力、 表面张力、电磁收缩力、气体爆破力、粘滞力的特点及其对短路过渡过程的影响。

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AIM to study the effects of change rate of electromagnetic fields (EMF) on blood apparent viscosity and coagulation and find a new physical way to reduce the blood viscosity and restrain coagulation.

目的研究电磁场变化率对血液粘度和凝血过程的影响，探索降低血液粘度，抑制凝血过快、过强的一种物理新方法。

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