Interferometric Method of Measuring Complex Piezoelectric Constants of Crystals in a Frequency Range up to about 50 kHz
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概要
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An interferometric method of measuring the complex piezoelectric constants of crystals is described. A small interferometer was constructed in which a mirror and a half-mirro were separated by two spacers made of sample crystal. By using a PIN-photodiode and a lock-in amplifier a change in sample length as small as 0.01 A due to the converse piezoelectric effect was detected. Since the mechanical resonance frequency of the interferometer was as high as 70〜200kHz, measurement of the piezoelectric constant was possible at any frequency in a range from 200 Hz to about 50kHz. The results are shown for the measurements of d<11> of quartz and d<22> of ferroelectric AgNa(NO_2)_2.
- 1979-05-05
著者
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Hamano Katsumi
Department Of Physics College Of Science Tokyo Institute Of Technology
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Yamaguchi Toshihisa
Department Of Applied Physics Chubu Institute Of Technology
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Yamaguchi Toshihisa
Department Of Physics Tokyo Institute Of Technology:(present Address) Chubu Institute Of Technology
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