电池静置时，温度太高，电池的自放电加剧。
Let stand for a battery, the temperature is too high, the self-discharge of the battery.
用非线性动态系统的观点看待神经元的静息和周期放电现象。
The theory of nonlinear dynamical system was used to describe the phenomenon of neural rest and spikes.
应用电感传感器和D/A功放电路测试了电机静动态特性。
The static and dynamic characteristics are tested recurring to inductance sensor and power magnifying of D/A output.
两种神经元的自发生物电活动形式、自发放电频率和幅值、以及两者的静息电位无明显差异。
Modes, frequencies, and amplitudes of spontaneous biological electric activities of VNNs and NVNNs were not obviously different.
两种神经元的自发生物电活动形式、自发放电频率和幅值、以及两者的静息电位无明显差异。
Modes, frequencies, and amplitudes of spontaneous biological electric activities of VNNs and NVNNs were not obviously different.
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