A formula for athermal effect of bio-microwave is derived in terms of quantum mechanics.

根据已有的微波生物非热效应的实验，应用量子力学推导出微波生物非热效应的公式。

It is in question whether athermal effect exists in the interaction between microwave and chemical reaction system.

微波与化学反应体系相互作用中是否存在非热效应，这是一个争论不休的问题。

In addition, to ensure the imaging quality at different temperatures, a passive optical athermal technology is used.

此外，采用光学被动消热差以保证不同温度下的像质。

Athermal effect any effect of electromagnetic energy absorption not associated with a measurable rise in temperature.

非热效应与可测量的温度升高无关的所有电磁能吸收效应。

Based on athermal design technologies of optical passive mode, this paper describes an example of a cooled long wave infrared optical system.

采用光学被动式无热化设计方法，给出了针对长波红外制冷型光学系统的一个设计实例。

This paper analyzes the reasons of the athermal phenomenon in some users' heating system, and puts forward some corresponding solving methods.

文章分析了造成部分用户供暖系统不热的原因，并提出了相应的解决方法。

The acceleration of chemical reaction with the radiation of microwave is caused by not only the dielectric heating, but also the athermal action.

微波加快化学反应速度除了微波对反应物的加热以外还有非致热的作用。

As shown by the example, optical and mechanical athermal compensation is obtained without adding the complexity of optical and mechanical structures.

设计实例表明，采用这个方法可以在不增加光学和机械结构复杂度的情况下得到良好的光机被动无热化效果。

By comparing the two athermal techniques of mechanical compensation and optical compensation, we can see the last one has obvious advantage over the former.

通过比较机械补偿法和光学补偿法两种无热化补偿技术，可以看出光学补偿法具有明显的优点。

In this paper the EMF temperature co effects are explained in a way of molecular reacting kinetics, and the athermal effects of EMF are also discussed to some degree.

本文从分子反应动力学的角度解释了电磁温度协同效应，并对非热效应作了一定的探讨。

The mechanism of MIECC, especially the microwave induced "athermal action" in bio catalysis systems is briefly discussed theoretically. The potential application of MIECC is prospected.

对MIECC反应中可能存在的耦合催化机理，即微波在生物催化体系中的“非热效应”进行了初步理论探讨，同时展望了这种新的耦合催化方法的前景。

Sterilization by pulse magnetic field, as a new type of athermal sterilization technology, has become a research hotspot followed by many food researchers because of its particular merit.

脉冲磁场杀菌作为一种新型的非热杀菌技术，以其特有的优点成为近年来食品科学工作者的研究热点。