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INVESTIGATION OF THE PULSE MAGNETIC FIELD INFLUENCE ON POLYMER GLASS MICROHARDNESS
It is found that pulse MF influences PMMA and PS plasticity by energy transmission on front of MF pulse and by exciting of equilibrium material state. Effect of polymer microhardness reducing after pulse MF exists only below glass transition temperature. It is established that the level of polymer sample strain influences microhardness reducing effect and, possible objects of MF influence are located in interdomain amorphous matrix of polymer glasses. Influence on susceptibility of sided groups mobility to pulse MF is estimated.
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УДК 541.64: 539.3: 538.6
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