Abstract
Studies of changes in the limiting stresses of interlayer shear during loading of cured carbon-filled plastic after exposure to a microwave electromagnetic field with a frequency of 2450 MHz and with different energy flux densities, taking into account the thermal factor and time, have been performed. It is shown that with a rational combination of energy flux density and time, (17—18) · 104 mcW / cm2 and 2 min, respectively, the values of the limiting voltages increase by an average of 17% as compared with the reference specimens.
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