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Keyword [antiferroelectric]
Result: 1 - 20 | Page: 1 of 5
1. The Free Energy Of The Ferroelectric Phase Transition And The Order Parameter Of The Antiferroelectric Phase Transition
2. Symmetry And Order Parameters Of Displacive Phase Transition
3. Dielectric Properties Of Antiferroelectric Ceramics Based On (Pb1-xBax)ZrO3
4. Preparation And Properties Study Of Bi0.5Na0.5TiO3-BaTiO3-KNbO3Based Energy Storage Dielectric Ceramics
5. Investigation On The Refrigeration Performance Of Antiferroelectric Thick Films Originated From Electrocaloric Effect
6. Under Shock Loading Of Pzt 95/5 Ceramics The Fe ¡ú The Afe Phase Transition Pressure Experimental Study
7. Electric Properties And Phase Transition Behavior In Lead Lanthanum Zirconate Stannate Titanate Ceramics
8. Synthesis And Structure Characterization Of Perovskite Pb-based Antiferroelectric Ceramics Powder And Its Electrical Properties
9. PLZT Anti-ferroelectric Materials
10. Phase Transition Current Characterization Dependent On External Field And Test Method For Antiferroelectric Materials
11. Phase Transformation Behavior And Energy Storage Performance And Electrocaloric Effect Of Doped PbZrO3-based Thin Films
12. Study On Energy Storage Properties Of （Pb,La）（Zr,Sn,Ti）O3 Antiferroelectric Ceramics And The Application In Multilayer Ceramic Capacitors
13. Fabrication And Characterization Of A MEMS Bistable In-Plane Actuator Based On Antiferroelectric Film
14. Preparation And Properties Of PLN-based Antiferroelectric Energy Storage Materials
15. The Research On Dielectric Tunability Of Antiferroelectric Ceramic/polystyrene Composites
16. Phase Transformation Behavior And Negative Electrocaloric Effect Of Yb Doped PbZrO3 Antiferroelectric Thin Films
17. The Preparation Of High Content Of Zirconium Of Antiferroelectric Ceramics PLZST And The Research Of Dielectric Properties
18. MEMS Actuators Driven By Antiferroelectric Films
19. Designing Antiferroelctric Ceramics Used For Pulse Power Capacitors And Investigation On The Pulse Discharge Process
20. Study On Preparation And Electric Properties Of BNT-BT Based Lead-free Anti-ferroelectric Ceramics
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