Abstract
The mechanisms of the interaction of high-speed particles with metal-insulator-metal (MIM) film structures were studied using electrostatic accelerators. Experimental dependences of signals from shock-squeezed and particle-punched MIM structures on the mass and velocity of particles in the ranges 10−9−10−13 g and 0.3–7 km s−1, respectively, were obtained. An ionization-capacitor device was developed and built for detecting micrometeoroid particles.
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