传统的热刺激电流技术包含速冷极化过程。
The traditional thermally stimulated current(TSC) includes quenching polarization process.
研究了铁电微晶粉粒的热刺激电流及其铁电相变。
The thermally stimulated currents (TSC) and the ferroelectric phase transition of the ferroelectric ultrafine grain were investigated.
热刺激电流测试中寄生电流的存在对测试结果会产生一定的影响。
Thermally stimulated current is used to obtain the parameters of dielectrics, but the parasitic galvanic current existing in test influences the consequence.
应用热刺激电流分析测定了几种型号的氧化铁红粉末颜料的表面电荷。
The surface charges of several types of red iron oxide pigment have been determined by using thermoelectrieity analysis.
热刺激电流测试(TSC)中寄生电流的存在对测试结果会产生一定的影响。
Thermally stimulated current (TSC) is used to obtain the parameters of dielectrics, but the parasitic galvanic current existing in test influences the consequence.
热刺激电流测试(TSC)中寄生电流的存在对测试结果会产生一定的影响。
In this paper, the mechanism of TSC and parasitic conduction current is discussed.
而基于“温度窗口”的热刺激电流技术因考虑速冷极化过程涉及复杂的温度变化和时间弛豫过程，排除了这一过程。
But the recently developed "thermal windowing" technique of TSC avoids this process by considering complicated temperature change and the time relaxation process in the measurement.
钛酸钡粉粒与硅油的混合物有很明显的热刺激电流(tsc)且表现出和铁电相变有关的明显的峰，显示出与粒径存在一定的关系；得出了样品的表观极化强度曲线。
The TSC curves of BaTiO3 powder with silicone oil showed apparently a peak with relation to ferroelectric phase transition, which depends on the size of powder.
钛酸钡粉粒与硅油的混合物有很明显的热刺激电流(tsc)且表现出和铁电相变有关的明显的峰，显示出与粒径存在一定的关系；得出了样品的表观极化强度曲线。
The TSC curves of BaTiO3 powder with silicone oil showed apparently a peak with relation to ferroelectric phase transition, which depends on the size of powder.
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