...于非结晶型态；然而,对于一些低玻璃转移温度的有机材料来说,其易受到操作环境的温度或是OLED组件内部产生的焦耳热(Joule Heating),诱使膜层产生结晶型态,如此将会改变有机材料原本的物理性质,进而造成OLED亮度衰退的现象。
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Joule heating effect 焦耳热效应 ; 电热效应
dc joule-heating 直流焦耳
two-step joule heating 两段式焦耳
steady-state joule heating 稳态加热法
multiplex Joule heating treatment 复合焦耳处理
heating Joule 焦耳加热
The influence of Joule heating on the induced pressure is investigated under isothermal boundary condition and convection boundary condition.
研究了等温边界条件和对流边界条件情况下,焦耳热对闭口微通道电渗流流动特性的影响。
参考来源 - 电动效应作用下微通道内液体流动特性·2,447,543篇论文数据，部分数据来源于NoteExpress
以上来源于: WordNet
The results show that the two-step Joule heating treatment is a novelty and effective method for improving GMI effect.
两段式焦耳处理是提高材料GMI效应的一种新的而且十分有效的方法。
This was done through a process called Joule heating, which sees electrical currents pass through a heat-generating conductor.
这是通过一个称为焦耳加热过程，看到的电流通过发热导体完成。
When measuring temperature using an RTD, the excitation current itself produces I 2r, or Joule heating, producing an indicated temperature somewhat higher than the temperature being measured.
当测量温度中使用电阻式温度检测器，励磁电流本身这个温度产生I 2r，或焦耳热化，产生一个比指示温度稍微高一点的温度标准。
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