Interpretation of the Electrocaloric Effect in Na^sub 1/2^Bi^sub 1/2^TiO^sub 3^-SrTiO^sub 3^-PbTiO^sub 3^ Solid Solutions
Results of direct measurements of electrocaloric effect and polarization are mutually compared in solid solutions ... Three temperature regions are distinguished in respect of a phase transition temperature. Above the phase transition, electrocaloric effect is determined by orientation of polar nano...
Ausführliche Beschreibung
Gespeichert in:
| Autor*in: |
M Dunce [verfasserIn] |
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| Format: |
Artikel |
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| Sprache: |
Englisch |
| Erschienen: |
2015 |
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| Schlagwörter: |
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| Übergeordnetes Werk: |
Enthalten in: Ferroelectrics - Philadelphia, Pa. : Taylor & Francis, 1970, 485(2015), 1, Seite 143 |
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| Übergeordnetes Werk: |
volume:485 ; year:2015 ; number:1 ; pages:143 |
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| 520 | |a Results of direct measurements of electrocaloric effect and polarization are mutually compared in solid solutions ... Three temperature regions are distinguished in respect of a phase transition temperature. Above the phase transition, electrocaloric effect is determined by orientation of polar nanoregions by electric field. In wide temperature regions above and below the phase transition temperature, the difference between results, obtained from direct electrocaloric effect measurements and from polarization hysteresis loops, is explained by temperature dependence of concentration of polar nanoregions, oriented by electric field. Existence of a common ...T(P) curve for all temperatures in the ferroelectric state indicates that polarization can be treated as a parameter, which solely determines electrocaloric effect in this state. (ProQuest: ... denotes formulae/symbols omitted.) | ||
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Interpretation of the Electrocaloric Effect in Na^sub 1/2^Bi^sub 1/2^TiO^sub 3^-SrTiO^sub 3^-PbTiO^sub 3^ Solid Solutions |
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interpretation of the electrocaloric effect in na^sub 1/2^bi^sub 1/2^tio^sub 3^-srtio^sub 3^-pbtio^sub 3^ solid solutions |
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Interpretation of the Electrocaloric Effect in Na^sub 1/2^Bi^sub 1/2^TiO^sub 3^-SrTiO^sub 3^-PbTiO^sub 3^ Solid Solutions |
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Results of direct measurements of electrocaloric effect and polarization are mutually compared in solid solutions ... Three temperature regions are distinguished in respect of a phase transition temperature. Above the phase transition, electrocaloric effect is determined by orientation of polar nanoregions by electric field. In wide temperature regions above and below the phase transition temperature, the difference between results, obtained from direct electrocaloric effect measurements and from polarization hysteresis loops, is explained by temperature dependence of concentration of polar nanoregions, oriented by electric field. Existence of a common ...T(P) curve for all temperatures in the ferroelectric state indicates that polarization can be treated as a parameter, which solely determines electrocaloric effect in this state. (ProQuest: ... denotes formulae/symbols omitted.) |
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Results of direct measurements of electrocaloric effect and polarization are mutually compared in solid solutions ... Three temperature regions are distinguished in respect of a phase transition temperature. Above the phase transition, electrocaloric effect is determined by orientation of polar nanoregions by electric field. In wide temperature regions above and below the phase transition temperature, the difference between results, obtained from direct electrocaloric effect measurements and from polarization hysteresis loops, is explained by temperature dependence of concentration of polar nanoregions, oriented by electric field. Existence of a common ...T(P) curve for all temperatures in the ferroelectric state indicates that polarization can be treated as a parameter, which solely determines electrocaloric effect in this state. (ProQuest: ... denotes formulae/symbols omitted.) |
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Results of direct measurements of electrocaloric effect and polarization are mutually compared in solid solutions ... Three temperature regions are distinguished in respect of a phase transition temperature. Above the phase transition, electrocaloric effect is determined by orientation of polar nanoregions by electric field. In wide temperature regions above and below the phase transition temperature, the difference between results, obtained from direct electrocaloric effect measurements and from polarization hysteresis loops, is explained by temperature dependence of concentration of polar nanoregions, oriented by electric field. Existence of a common ...T(P) curve for all temperatures in the ferroelectric state indicates that polarization can be treated as a parameter, which solely determines electrocaloric effect in this state. (ProQuest: ... denotes formulae/symbols omitted.) |
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Interpretation of the Electrocaloric Effect in Na^sub 1/2^Bi^sub 1/2^TiO^sub 3^-SrTiO^sub 3^-PbTiO^sub 3^ Solid Solutions |
| url |
http://search.proquest.com/docview/1747334944 |
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false |
| author2 |
E Birks J Hagberg J Peräntie M Antonova A Sternberg |
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E Birks J Hagberg J Peräntie M Antonova A Sternberg |
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129356948 |
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n |
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false |
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false |
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oth oth oth oth oth |
| up_date |
2024-07-04T01:06:09.020Z |
| _version_ |
1803608568911364096 |
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Three temperature regions are distinguished in respect of a phase transition temperature. Above the phase transition, electrocaloric effect is determined by orientation of polar nanoregions by electric field. In wide temperature regions above and below the phase transition temperature, the difference between results, obtained from direct electrocaloric effect measurements and from polarization hysteresis loops, is explained by temperature dependence of concentration of polar nanoregions, oriented by electric field. Existence of a common ...T(P) curve for all temperatures in the ferroelectric state indicates that polarization can be treated as a parameter, which solely determines electrocaloric effect in this state. 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