... discharge pond 卸料水池 discharge potential 放电电位，放电电势 discharge potential difference 放电电位差，放电电压 ...
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当大量带电原子或离子出入神经元时，会产生微小的跨膜电势，同时神经元放电。
Neurons fire when electrically charged atoms – ions – flood in and out of them, creating a tiny electric potential across their membranes.
第四阶段内靶材上的剩余电荷通过测试电路放电，靶电势呈指数规律衰减。
The fourth stage, the remainder charges discharges by the testing circuit, the target electric potential reduces exponentially.
因此可大大提高一次锂电池的初期电势及放电性能。
Therefore the initial stage electric potential and discharging performance can be greatly improved.
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