微波工艺综合体的设计考虑了功耗因素

G. Morozov
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引用次数: 1

摘要

微波处理的目的是实现电磁作用在被处理对象上。在保证输出属性的允许变化时,可以找到动作向量的必要值。微波附件装置的开发问题包括选择要求,以使总质量出现在微波能量消耗最小的条件下。提出了一种基于微波能量消耗最小的微波处理制造工艺的有效性判据。使用给定的测量方法,可以实现微波加工模式的选择,确保利用微波电磁能实现制造过程时的总通量率下降。为了实现根据所提供的降低微波功耗标准的计算,提供了分析技术,并评估了加权系数的值,加权系数考虑了通量率对实现不同模式微波处理的依赖,这取决于频带,总功率和调制参数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Microwave technological complexes design in view of power consumption factor
The purpose of microwave treatment is the realization of electromagnetic action on the handled object. The indispensable values of vector of actions are be found as ensuring permissible variations of output properties. The problem of development of devices of the microwave appendices consists of a choice of requirements, for which the aggregate quality appears at minimum consumption of microwave energy. The new effectiveness criterion of a manufacturing process of microwave treatment based on minimization of expenditure of microwave energy is offered. Usage of the given measure allows one to realize a choice of modes of microwave processing aggregate rates of flux, ensuring a drop, on realization of a manufacturing process with usage of microwave electromagnetic energy. For realization of calculations according to offered criteria of reduced microwave power consumption, the assay technique is offered and the values of weighting coefficients which take into account dependence of the rates of flux on realization of different modes of microwave processing depending on frequency band, aggregate power and parameters of modulation evaluated.
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