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首页> 外文期刊>Russian Journal of Physical Chemistry >Thermal Interaction of Two Absorbing Disperse Particles in an Electromagnetic Radiation Field
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Thermal Interaction of Two Absorbing Disperse Particles in an Electromagnetic Radiation Field

机译：电磁辐射场中两个吸收性分散粒子的热相互作用

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摘要

The action of an electromagnetic field on disperse systems was studied. A model taking into account pair interactions of particles and the mechanisms of their mutual influence is suggested. It was assumed that particles absorbed electromagnetic radiation, which resulted in a distribution of heat sources inside the particles. The factors that influenced this distribution were the electromagnetic field scattered by a neighboring particle and particle heating. The heat problem for a particle with a source (initiated by both the action of an external electromagnetic field on the particle and the influence of a neighboring particle) is solved. It is shown that, if the absorption coefficients of disperse particle substances were substantially different, there might occur a thermal breakdown caused by the electromagnetic resonance phenomenon.
机译：研究了电磁场对分散系统的作用。提出了一个考虑粒子对相互作用及其相互影响机理的模型。假定颗粒吸收了电磁辐射，这导致了颗粒内部热源的分布。影响这种分布的因素是相邻粒子散射的电磁场和粒子加热。解决了带有源的粒子的热量问题（由外部电磁场对粒子的作用和相邻粒子的影响共同引发）。结果表明，如果分散颗粒物质的吸收系数基本不同，则可能发生由电磁共振现象引起的热击穿。

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