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Ferroelectrics Volume 37, 1981 - Issue 1
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Original Articles

The shape-memory effect in PLZT ceramics

V. K. Wadhawan Materials Research Laboratory, The Pennsylvania State University, University Park, PA, 16802, USA
,
M. C. Kernion Materials Research Laboratory, The Pennsylvania State University, University Park, PA, 16802, USA
,
T. Kimura Materials Research Laboratory, The Pennsylvania State University, University Park, PA, 16802, USA
&
R. E. Newnham Materials Research Laboratory, The Pennsylvania State University, University Park, PA, 16802, USA
Pages 575-578 | Published online: 07 Feb 2011

Citations (18)

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Read on this site (5)

Yurong Dai, Ying Chen, Huimin Shen, Zhifang Zhang & Yening Wang. (2001) Shape memory effect of antiferroelectrics. Ferroelectrics 251:1, pages 77-83.
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Shen Huimin, Lu Chaojing, Gong Fengfei, Zhang Zhifang, Yang Zhen, Wang Xiaomin & Wang Yening. (1997) Phase transition and the actuation effect of PZT ceramics. Ferroelectrics 195:1, pages 155-158.
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R. Tiwari & V.K. Wadhawan. (1991) Shape-memory effect in the Y─B─Cu─O ceramic. Phase Transitions 35:1, pages 47-59.
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Holm Arndt, Gunther Schmidt & Nils Vogel. (1984) Influence of uniaxial pressure on the properties of PLZT ceramics. Ferroelectrics 61:1, pages 9-18.
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VinodK. Wadhawan. (1982) Ferroelasticity and related properties of crystals. Phase Transitions 3:1, pages 3-103.
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Articles from other publishers (13)

Xiao Wang & Alfred Ludwig. (2020) Recent Developments in Small-Scale Shape Memory Oxides. Shape Memory and Superelasticity 6:3, pages 287-300.
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E.A. Bikyashev, I.O. Ryush & E.A. Reshetnikova. (2017) Structures of Pb 1−x La x [Zr 0.9 Mg (0.1+x)/3 Nb (0.2−x)/3 ]O 3 solid solutions, electrostriction and energy storage characteristics of a new antiferroelectric phase with disturbed translational symmetry. Ceramics International 43:1, pages 1429-1436.
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P Pandit, S M Gupta & V K Wadhawan. (2007) Inverse correlation between maximum shape-memory strain and the relaxor–ferroelectric character of lead magnesium niobate lead titanate martensite. Smart Materials and Structures 16:4, pages 1246-1251.
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P Pandit, S M Gupta & V K Wadhawan. (2006) Effect of electric field on the shape-memory effect in Pb[(Mg 1/3 Nb 2/3 ) 0.70 Ti 0.30 ]O 3 ceramic . Smart Materials and Structures 15:2, pages 653-658.
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Pragya Pandit, Surya M. Gupta & Vinod K. Wadhawan. (2004) Shape-memory effect in PMN-PT(65/35) ceramic. Solid State Communications 131:11, pages 665-670.
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Xunhu Dai, Z. Xu, Jie-Fang Li & Dwight Viehland. (2011) Effects of lanthanum modification on rhombohedral Pb(Zr 1− x Ti x )O 3 ceramics: Part I. Transformation from normal to relaxor ferroelectric behaviors . Journal of Materials Research 11:3, pages 618-625.
Crossref
G.H. Haertling. (1996) Stress-induced effects in PLZT ceramics. Stress-induced effects in PLZT ceramics.
D. Viehland, Z. Xu & D. A. Payne. (1993) Origin of F spots and stress sensitivity in lanthanum lead zirconate titanate . Journal of Applied Physics 74:12, pages 7454-7460.
Crossref
Robert E. Newnham. 1993. Ferroelectric Ceramics. Ferroelectric Ceramics 363 380 .
David H. Zeuch, Stephen T. Montgomery & Jeffrey D. Keck. (2011) Hydrostatic and triaxial compression experiments on unpoled PZT 95/5–2Nb ceramic: The effects of shear stress on the F R 1 → A O polymorphic phase transformation . Journal of Materials Research 7:12, pages 3314-3332.
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R.E. Newnham. (1992) Piezoelectric sensors and actuators: smart materials. Piezoelectric sensors and actuators: smart materials.
Robert E. Newnham & Gregory R. Ruschau. (2005) Smart Electroceramics. Journal of the American Ceramic Society 74:3, pages 463-480.
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V K Wadhawan. (1984) Ferroelasticity. Bulletin of Materials Science 6:4, pages 733-753.
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