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Physical Effects During Micrometeoroid Particles' High-velocity Impacts onMetal-dielectric-metal Film Structures

机译:微象性颗粒的高速影响介质 - 介电 - 金属膜结构的物理效应

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During particle impact experiments on metal-dielectric-metal (MDM) structures the effect offluorescence from a formed conductive channel in dielectric was discovered and studied. Thiseffect takes place when induced electrostatic field intensity is higher then 2-10~6 V/cm and theinteracting particles have a mass 1-5-10~(14) gram and speed 2-10 km/s. It was noticed, thatfluorescence intensity depends on capacitor voltage, with the conductivity channel resistancemeasured at 10~4-10~6Ohm and the channel current at 10~(-1).
机译:在金属介质 - 金属(MDM)上的颗粒冲击实验中,结构和研究了从电介质中形成的导电通道的效果侧荧光。当诱导的静电场强度高于2-10〜6V / cm和交互式颗粒的静电场强并具有1-5-10〜(14)克,速度2-10km / s时,发生这种效应。注意到,该荧光强度取决于电容器电压,电导率通道抵抗10〜4-10〜6Ohm,通道电流为10〜(-1)。

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