
Рассматриваются с общих позиций состояние, перспективы и возможности применения емкостного метода неразрушающего контроля. Разработана математическая модель процесса возбуждения акустических волн (продольной и поверхностной) с помощью конденсатора, позволяющая проводить расчет выходного сигнала, для последующего выбора методов и средств приема данных акустических колебаний. Разработан макет устройства для реализации емкостного метода. Установлена возможность возбуждения и приема акустических колебаний емкостными преобразователями. Consider from the common position present-day state, prospects and the possibility of non-destructive testing capacitive method using. Developed mathematical model of the process of acoustic wave’s excitation (longitudinal and surface) with a capacitor allow carrying out the output signal calculation for the subsequent choice of methods and devices for receiving the acoustic oscillations data. A device layout has been developed for realization of capacitive method. The possibility of excitation and reception of acoustic vibrations by capacitive transducers it has been established.
transducer, электрические сигналы, неразрушающий контроль, импульсы, емкостные преобразователи, acoustic control, акустические волны, the long-wave radiation wave
transducer, электрические сигналы, неразрушающий контроль, импульсы, емкостные преобразователи, acoustic control, акустические волны, the long-wave radiation wave
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