Matches in SemOpenAlex for { <https://semopenalex.org/work/W2910985809> ?p ?o ?g. }
- W2910985809 endingPage "938" @default.
- W2910985809 startingPage "931" @default.
- W2910985809 abstract "Abstract From the application point of view, high electric field-induced strain with ultra-low hysteresis or hysteresis-free characteristic is highly desired in high-precision displacement actuators. In this work, lead-free Ba(ZrxTi1-x)O3 (BZT) ferroelectrics with x in the range between 0.02 and 0.1 were fabricated by a conventional solid state reaction method. The structural evolution and electrical properties were investigated systematically with an emphasis on electrostrictive effect. As x increases from 0.02 to 0.1, the crystal lattice parameters (a and c axes) increase while the tetragonality (c/a-1) goes down. In addition, the Curie temperature (TC) of BZT decreases gradually, while the temperatures corresponding to tetragonal-to-orthorhombic (T-O) and orthorhombic-to-rhombohedral (O-R) phase transitions increase. Ultra-low hysteresis ( 0.15% at 60 kV/cm) are observed in all studied compositions. Most importantly, a high longitudinal electrostrictive coefficient Q33 (0.0453 m4/C2) was also identified in x = 0.1 composition. This work not only reports high electric field-induced strains with ultra-low hysteresis and high Q33 in lead-free BZT ferroelectrics, but also indicates a potential application for BZT ceramics in high-precision displacement actuators." @default.
- W2910985809 created "2019-01-25" @default.
- W2910985809 creator A5002410288 @default.
- W2910985809 creator A5015526359 @default.
- W2910985809 creator A5016492219 @default.
- W2910985809 creator A5021541475 @default.
- W2910985809 creator A5022244835 @default.
- W2910985809 creator A5028215592 @default.
- W2910985809 creator A5034340826 @default.
- W2910985809 creator A5034671435 @default.
- W2910985809 creator A5048411184 @default.
- W2910985809 creator A5058637832 @default.
- W2910985809 creator A5071444038 @default.
- W2910985809 date "2019-05-01" @default.
- W2910985809 modified "2023-10-17" @default.
- W2910985809 title "Ultra-low hysteresis electric field-induced strain with high electrostrictive coefficient in lead-free Ba(Zr Ti1-)O3 ferroelectrics" @default.
- W2910985809 cites W1490898913 @default.
- W2910985809 cites W1553602214 @default.
- W2910985809 cites W1631755534 @default.
- W2910985809 cites W1651366934 @default.
- W2910985809 cites W1964026888 @default.
- W2910985809 cites W1974760176 @default.
- W2910985809 cites W1975092591 @default.
- W2910985809 cites W1978742421 @default.
- W2910985809 cites W1985035664 @default.
- W2910985809 cites W1985968580 @default.
- W2910985809 cites W2021398244 @default.
- W2910985809 cites W2024975748 @default.
- W2910985809 cites W2030070432 @default.
- W2910985809 cites W2030663413 @default.
- W2910985809 cites W2031479357 @default.
- W2910985809 cites W2039127897 @default.
- W2910985809 cites W2045824177 @default.
- W2910985809 cites W2050612970 @default.
- W2910985809 cites W2053722534 @default.
- W2910985809 cites W2055939936 @default.
- W2910985809 cites W2058766006 @default.
- W2910985809 cites W2059027199 @default.
- W2910985809 cites W2059094548 @default.
- W2910985809 cites W2059295229 @default.
- W2910985809 cites W2059833737 @default.
- W2910985809 cites W2062065100 @default.
- W2910985809 cites W2062066026 @default.
- W2910985809 cites W2067025740 @default.
- W2910985809 cites W2067605039 @default.
- W2910985809 cites W2069804710 @default.
- W2910985809 cites W2073133842 @default.
- W2910985809 cites W2087167228 @default.
- W2910985809 cites W2111887934 @default.
- W2910985809 cites W2116286721 @default.
- W2910985809 cites W2134572918 @default.
- W2910985809 cites W2135011402 @default.
- W2910985809 cites W2135238814 @default.
- W2910985809 cites W2138420815 @default.
- W2910985809 cites W2153491205 @default.
- W2910985809 cites W2157656043 @default.
- W2910985809 cites W2167590372 @default.
- W2910985809 cites W2210154110 @default.
- W2910985809 cites W2324592736 @default.
- W2910985809 cites W2410875924 @default.
- W2910985809 cites W2464790928 @default.
- W2910985809 cites W2501216956 @default.
- W2910985809 cites W2513003334 @default.
- W2910985809 cites W2534993141 @default.
- W2910985809 cites W2555080881 @default.
- W2910985809 cites W2579938867 @default.
- W2910985809 cites W2593940179 @default.
- W2910985809 cites W2727158060 @default.
- W2910985809 cites W2739659578 @default.
- W2910985809 cites W2742548457 @default.
- W2910985809 cites W2751774037 @default.
- W2910985809 cites W2752731393 @default.
- W2910985809 cites W2768189666 @default.
- W2910985809 cites W2773626167 @default.
- W2910985809 cites W2778420493 @default.
- W2910985809 cites W2779592645 @default.
- W2910985809 cites W2783965997 @default.
- W2910985809 cites W2788259454 @default.
- W2910985809 cites W2790948881 @default.
- W2910985809 cites W2791875492 @default.
- W2910985809 cites W2801649127 @default.
- W2910985809 cites W2811184728 @default.
- W2910985809 cites W2888587058 @default.
- W2910985809 cites W2891406008 @default.
- W2910985809 cites W2891674124 @default.
- W2910985809 cites W2893172834 @default.
- W2910985809 cites W3005568754 @default.
- W2910985809 cites W4235062128 @default.
- W2910985809 cites W4245832914 @default.
- W2910985809 cites W761057244 @default.
- W2910985809 doi "https://doi.org/10.1016/j.jallcom.2019.01.106" @default.
- W2910985809 hasPublicationYear "2019" @default.
- W2910985809 type Work @default.
- W2910985809 sameAs 2910985809 @default.
- W2910985809 citedByCount "26" @default.
- W2910985809 countsByYear W29109858092019 @default.
- W2910985809 countsByYear W29109858092020 @default.
- W2910985809 countsByYear W29109858092021 @default.