对于固态导体,例如金属导体(metallic conductor)来说,其原子或分子中的价电子(valence electrons)很容易脱离核的束缚成为自由电子,
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该物体为阳极,阴极连接到附近的金属导体上。
The object is maintained anodic, with the cathodic connection being made to a nearby metal conductor.
金属导体中有电流通过时就要发热,从而导致此导体的热膨胀,使原子的状态发生了变化。
In the metallic conductor has the electric current passes obsolete must give off heat, thus creates the conductor thermal-expansion, this originally was the atomic condition occurs the change.
对于金属导体引起的电场不规则畸变,采用有限元的方法计算场强以验证是否超出临界值。
And finite element method was adopted to calculate the electric field strength to find whether it is beyond the critical.
And, instead of being an electronic conductor, a liquid metal, it is an ionic conductor.
而不是电子导体,液态金属是离子导体。
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