Results 161 to 170 of about 2,492 (206)
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The Journal of the Acoustical Society of America, 1989
Two types of electrostrictive materials will be described: (1) relaxor ferroelectrics with diffuse phase transitions, and (2) antiferroelectric ceramics with a field-induced ferroelectric phase. Transducers made from relaxor ferroelectrics such as lead magnesium niobate (PMN) and lead zinc niobate (PZN) are operated above Tc in a broad transition range
Robert E. Newnham, Qichang Xu
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Two types of electrostrictive materials will be described: (1) relaxor ferroelectrics with diffuse phase transitions, and (2) antiferroelectric ceramics with a field-induced ferroelectric phase. Transducers made from relaxor ferroelectrics such as lead magnesium niobate (PMN) and lead zinc niobate (PZN) are operated above Tc in a broad transition range
Robert E. Newnham, Qichang Xu
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Solid State Communications, 1965
Abstract Electrostriction in germanium has been measured and found to be unexpectedly large. The electrostriction tensor elements are of the order of 10−11cm2/volt2. This implies a large electrostrictive elastoresistance effect as well as a large electronic polarizability in germanium.
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Abstract Electrostriction in germanium has been measured and found to be unexpectedly large. The electrostriction tensor elements are of the order of 10−11cm2/volt2. This implies a large electrostrictive elastoresistance effect as well as a large electronic polarizability in germanium.
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Large Nonclassical Electrostriction in (Y, Nb)-Stabilized δ-Bi2O3
Advanced Functional Materials, 2016Roman Korobko +2 more
exaly
Material Parameters for Electrostriction
Journal of Applied Physics, 1996Daniel J. Klingenberg
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Giant Electro-Optical Effect Through Electrostriction in a Nanomechanical Metamaterial
Advanced Materials, 2019Artemios Karvounis +2 more
exaly