Electromechanical resonance study of phase transition of quasi-one-dimensional ferro-electrics CsH2PO4 : Ferroelectrics: Vol 79, No 1

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Abstract

The influence of an electric bias field E₂ on elastic compliance s₃₃ and dielectric permittivity ε₂₂ of CsH₂PO₄ has been studied in a temperature region including ferroelectric transition point. Shape and value of anomaly of s₃₃ are strongly influenced by E₂ and temperature of s₃₃ maximum is displaced to lower values.

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Electromechanical resonance study of phase transition of quasi-one-dimensional ferro-electrics CsH₂PO₄

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Electromechanical resonance study of phase transition of quasi-one-dimensional ferro-electrics CsH2PO4

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Electromechanical resonance study of phase transition of quasi-one-dimensional ferro-electrics CsH₂PO₄