热传导

Hence, it is necessary to handle the lateral current conduction to alleviate local hot spots formation as device operated.

因此，妥善的处理横向传导电流，避免元件在操作时产生局部过热的现象是不可或免的。

Device configuration, work principle and electrical current conduction mechanism of OLED are described systematically.

对于OLED的电流传导机制，可以用热电子发射模型、扩散模型和隧道贯穿模型来描述。

Because of Liquid metals are potentially excellent reactor coolants because of their good thermodynamic properties, in particular their high thermal conductivity which leads to very good heat transfer coefficients.

由于其良好的热动力学性能，尤其是其高热导率可以获得高热传导系数，液态金属是潜在的性能优异的反应堆冷却剂。

Variously performing roles that include giftwrap, lightweight armour, transmitter and insulator, glass began its re-emergence as an architectural force during the 1990s, as a symbol of new modernism.

通过扮演不同的角色，包括外裹物，轻量外壳，传导物和绝热体，玻璃作为一种建筑力量以及新现代主义的符号在90年代重新出现。

Methods Sensory conduction velocity and contact heat evoked potential were performed in 56 patients with type 2 diabetes mellitus who complained of pain and controls.

方法对56例有疼痛症状的2型糖尿病患者进行感觉传导速度测定和接触性热痛诱发电位检测；同时进行健康对照组测试。

Results The differences in SCV and the latency of contact heat evoked potential were significant between the diabetic group and the controls.

结果糖尿病组感觉传导速度和接触性热痛诱发电位检测与对照组比较，各参数差异均有统计学意义。

So far, we human beings for the heating of the concept has long been restricted to convection, conduction, radiation three kinds of surface heating in it, in recent years the use of molecular friction between the object itself is heated and heat of the principle of the developed in the dielectric heating (including the high-frequency and microwave heating) has been widely used in industrial heating and drying purposes above, this heating method unlike the aforementioned three kinds of methods, the heat do not penetrate the surface, but will wear the electromagnetic energy directly to transparent objects into heat inside a method, also known as the fourth heating methods

到目前为止，我们人类对于加热之观念一直都被局限于&对流&、&传导&、&幅射&三种表面加热方法而已，近年来利用&被加热物体本身分子磨擦生热之原理&所发展出来之诱电加热被广泛应用于工业加热干燥用途上面，此种加热方法不像前述之三种方法，热量不需要穿透物体表面，而是将电磁波能量直接穿透物体内部转换成热量的一种方法，也被称为第四种加热方式

Methods: Five patients with parkinsonism or dystonia were assigned to general anesthesia using an modified endotracheal tube.

本实验依照人体实验之相关规定进行，五位患有帕金森氏症或肌张力异常的病人接受神经立体定位手术。

If you can benefit from this book, it is our honour.

如果您能从本书获益，这将是我们的荣幸。