Giant negative electrocaloric effect and energy storage response in 0.94(K0.5< //sub>Na0.5< //sub>)NbO3< //sub>-0.06SrMnO3< //sub> nanocrystalline ceramics

Kumar, Raju; Khurana, Divyansh; Kumar, Ashish; Singh, Satyendra

doi:10.1016/j.ceramint.2018.08.089

Giant negative electrocaloric effect and energy storage response in 0.94(K0.5< //sub>Na0.5< //sub>)NbO3< //sub>-0.06SrMnO3< //sub> nanocrystalline ceramics

Author:

Kumar, Raju

Khurana, Divyansh ; Kumar, Ashish ; Singh, Satyendra

Keywords:

Science & Technology, Technology, Materials Science, Ceramics, Materials Science, Negative electrocaloric effect, Lead-free ferroelectrics, COP, Electrocaloric strength, Leakage current, Energy storage, TETRAGONAL PHASE COEXISTENCE, ENHANCEMENT, PERFORMANCE, 03 Chemical Sciences, 09 Engineering, 19 Studies in Creative Arts and Writing, Materials, 34 Chemical sciences, 36 Creative arts and writing, 40 Engineering

Ceramics International

Giant negative electrocaloric effect and energy storage response in 0.94(K< /sub>0.5< //sub>Na< /sub>0.5< //sub>)NbO< /sub>3< //sub>-0.06SrMnO< /sub>3< //sub> nanocrystalline ceramics

Author:

Keywords:

Giant negative electrocaloric effect and energy storage response in 0.94(K< /sub>0.5< //sub>Na< /sub>0.5< //sub>)NbO< /sub>3< //sub>-0.06SrMnO< /sub>3< //sub> nanocrystalline ceramics

Author:

Keywords:

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