The traditional thermally stimulated current(TSC) includes quenching polarization process.
传统的热刺激电流技术包含速冷极化过程。
Thermal-cycle polarized TSC measurements show that some bound charges enter into deeper energy levels in quenching polarization process.
循环变温极化的TSC方法证实了在降温极化过程中束缚电荷进入了较深的能级。
Once the insulation is impacted and changed by several factors, the polarization process and return voltage that reflects the dielectric response characteristics will be changed also.
当绝缘状态受到各种因素的影响而发生变化时，其极化现象会发生变化，因而反映电介质响应特性的回复电压也会随之改变。
Once the insulation is impacted and changed by several factors, the polarization process and return voltage that reflects the dielectric response characteristics will be changed also.
当绝缘状态受到各种因素的影响而发生变化时，其极化现象会发生变化，因而反映电介质响应特性的回复电压也会随之改变。
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