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Nano Energy, 2020
Thermal energy derived from temperature fluctuation is one of the most clean natural energy sources in our living environment. Pyroelectric materials that feature for temperature oscillation dependent spontaneous polarization can generate usable electrical power and polarized charge carriers with a high energy conversion efficiency. Thus, pyroelectrics
Chunyang Wang +4 more
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Thermal energy derived from temperature fluctuation is one of the most clean natural energy sources in our living environment. Pyroelectric materials that feature for temperature oscillation dependent spontaneous polarization can generate usable electrical power and polarized charge carriers with a high energy conversion efficiency. Thus, pyroelectrics
Chunyang Wang +4 more
openaire +2 more sources
2004
As the name implies, pyroelectricity is a first rank tensor property relating a change polarization P to a change in temperature δT. The defining relation can also be written in terms of the electric displacement D since no field is applied: . . . Pi = Di = piδT [C/m2]. . .
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As the name implies, pyroelectricity is a first rank tensor property relating a change polarization P to a change in temperature δT. The defining relation can also be written in terms of the electric displacement D since no field is applied: . . . Pi = Di = piδT [C/m2]. . .
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1972 International Electron Devices Meeting, 1972
E.H. Stupp, M.H. Crowell, B. Singer
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E.H. Stupp, M.H. Crowell, B. Singer
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4.2.3 Pyroelectric coefficients of ferroelectric pyroelectrics
2005A. S. Bhalla, S. T. Liu
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