Microwave Field Influence on Some Chemical and Biological Objects

A. I. Tereshchenko
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引用次数: 1

Abstract

The investigation of the microwave field influence on substance has reached such a level when it is possible to make an attempt of the definite generalisation of some questions on the basis of particular results.Among these questions are the defrostation of biological objects and the technological treatment of chemical substances connected with their heating.The increase of efficiency of such processes calls for creation of the maximum homogenous electromagnetic field in the applicator.The task considerably complicates if the treated objects themselves have electric and thermal properties which are unequal in volume and changing in the process of treatment.The general analyses is illustrated by the examples of the solution of appearing difficulties through the utilisation of heat conductivity phenomenon,combined effect of the microwave field and presaure,and also by the processes where unhomogeneity of substance properties acts as a positive factor.
微波场对某些化学和生物物体的影响
微波场对物质影响的研究已经达到了这样一个水平,即有可能在特定结果的基础上尝试对某些问题进行明确的概括。这些问题包括生物物体的除霜和与它们的加热有关的化学物质的技术处理。这种工艺效率的提高要求在施药器中产生最大的均匀电磁场。如果处理过的物体本身具有体积不等且在处理过程中发生变化的电性和热性,则任务相当复杂。通过利用热导现象、微波场和压力的联合效应以及物质性质的不均匀性作为积极因素的过程来解决出现的困难的例子,说明了一般分析。
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