dielectric heat

Results indicate that xPMnS-(1-x) PZN ceramics show disperse phase change characteristic and obvious dielectric thermal lag in the course of the phase change.

结果表明,xPMnS-(1-x)PZN陶瓷具有弥散性相变特点,在相变过程中存在明显的介电热滞。

This paper introduces the principle of microwave dielectric heating technique by example, elaborates the application of this technique in chemical reactions, and puts forward that the technique may speed up chemical reaction, shorten reaction time and accomplish those chemical reactions that can not be carried out by routine procedures.

通过具体实例介绍了微波介电加热原理,阐明了微波介电加热技术在化学反应中的应用,微波加热可提高化学反应速度,缩短反应时间,完成某些常规无法进行的化学反应。