高频结构热击穿电压计算技术的发展与应用

E. M. Volokobinsky
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引用次数: 0

摘要

本文描述了一种计算高频和超高频热释放过程的新技术,这些热释放过程与复合材料(CM)中可能导致无线电元件破坏的损耗有关。热击穿的研究是确定介电性能变化机理和性质的必要条件。热击穿对复合材料无线电元件具有破坏性影响,甚至导致其失效。加热现象相当复杂,其产生机理的计算以及热效应和复合材料老化的产生和发展阶段的计算具有科学和实用的吸引力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
THE DEVELOPMENT AND APPLICATION OF THE TECHNIQUE OF CALCULATION OF THERMAL BREAKDOWN VOLTAGE IN THE HIGH-FREQUENCY STRUCTURES
: The paper deals with the description of a new technique of calculations of the heat release processes at the high and ultra-high frequencies associated with the losses in composite materials (CM) what may cause the destruction of radio components. The study of thermal breakdown is necessary to determine the mechanism and nature of change of dielectric properties. Thermal breakdown influences destructively the composite material radio components or even causes their failure. The heating phenomena are rather complex and the calculation of its origination mechanism, as well as the stages of the origination and development of thermal effect and composite material aging, are scientifically and practi-cally attractive.
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