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Electrically driven adiabatic changes of temperature are identified in thearchetypal electrocaloric material PbSc0.5Ta0.5O3 by comparing isothermalchanges of electrical polarization due to slow variation of electric field, andadiabatic changes of electrical polarization due to fast variation of electricfield. By obtaining isothermal (adiabatic) electrical polarization data atmeasurement (starting) temperatures separated by <0.4 K, we identify a maximumtemperature change of ~2 K due to a maximum field change of 26 kV cm-1, forstarting temperatures in the range 300 - 315 K. These quasi indirectmeasurements combine with their direct, indirect and quasi-direct counterpartsto complete the set, and could find routine use in future.

apl materials

Quasi-indirect measurement of electrocaloric temperature change in  PbSc0.5Ta0.5O3 via comparison of adiabatic and isothermal electrical  polarization data