Intrinsic stress-induced adaptive ferroelectric domain rearrangement in the monoclinic Pb(Mg@d1@d/@d3Nb@d2@d/@d3)O@d3-PbTiO@d3 single crystal
Response of sub-microdomains in an adaptive ferroelectric Pb(Mg@d1@d /@d3Nb@d2@d/@d3)O@d3-34%PbTiO@d3 single crystal to the temperature-induced stress field was investigated by scanning electron acoustic microscopy and piezoresponse force microscopy. Formation of different types of domain configurat...
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| Veröffentlicht in: | Materials letters 2009-08, Vol.63 (20), p.1715-1718 |
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| container_title | Materials letters |
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| creator | Zhao, K Y Zeng, H R Song, H Z Hui, S X Li, G R Luo, H S Yin, Q R |
| description | Response of sub-microdomains in an adaptive ferroelectric Pb(Mg@d1@d /@d3Nb@d2@d/@d3)O@d3-34%PbTiO@d3 single crystal to the temperature-induced stress field was investigated by scanning electron acoustic microscopy and piezoresponse force microscopy. Formation of different types of domain configurations (wave-like, ''W''-like and lattice-like) closely related to nanodomain cooperative response after the sample subjected to frozen treatment was presented. In the adaptive ferroelectric state lattice-like domain structures demonstrated more stable behavior compared to other types of domains (wave-like and ''W''-like) due to their minimum domain wall energy density, and provided a type of effective structure to remove domain topological change under the stress field. |
| doi_str_mv | 10.1016/j.matlet.2009.05.024 |
| format | Article |
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Formation of different types of domain configurations (wave-like, ''W''-like and lattice-like) closely related to nanodomain cooperative response after the sample subjected to frozen treatment was presented. 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Formation of different types of domain configurations (wave-like, ''W''-like and lattice-like) closely related to nanodomain cooperative response after the sample subjected to frozen treatment was presented. 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Formation of different types of domain configurations (wave-like, ''W''-like and lattice-like) closely related to nanodomain cooperative response after the sample subjected to frozen treatment was presented. In the adaptive ferroelectric state lattice-like domain structures demonstrated more stable behavior compared to other types of domains (wave-like and ''W''-like) due to their minimum domain wall energy density, and provided a type of effective structure to remove domain topological change under the stress field.</abstract><doi>10.1016/j.matlet.2009.05.024</doi></addata></record> |
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| source | ScienceDirect Journals (5 years ago - present) |
| title | Intrinsic stress-induced adaptive ferroelectric domain rearrangement in the monoclinic Pb(Mg@d1@d/@d3Nb@d2@d/@d3)O@d3-PbTiO@d3 single crystal |
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