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Evidence For Non-thermal Microwaveeffects Using Single And Multimode Hybridconventional/microwave Systems

机译:使用单端和多模杂种的非热微波缺口的证据传统/微波系统

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Clear evidence for the microwave effect has been observed during experiments in which a variety of materials have been heated using experimental systems that allowed both conventional and conventional-microwave hybrid heating. A hybrid single mode cavity has been used to investigate the microwave effect during phase changes in silver iodide, barium titanate and benzil, whilst a hybrid multimode cavity has been used to investigate the microwave effect during sintering and annealing of a range of ceramic materials with different dielectric properties. Although evidence for the microwave effect was not found in every case, where it was found the results could not be explained purely in terms of temperature gradients within the materials.
机译:在实验期间已经观察到微波效果的清晰证据,其中使用允许常规和常规微波混合加热的实验系统加热多种材料。杂交单模腔已经用于研究银碘化银,钛酸钡和苯并的相变期间的微波效应,而杂交多模腔已经用于研究烧结过程中的微波效应,并用不同的陶瓷材料进行退火电介质特性。尽管在各种情况下没有发现微波效果的证据,但发现结果无法在材料内的温度梯度方面纯粹解释结果。

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