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Keyword [Energy storage density]
Result: 121 - 140 | Page: 7 of 8
121. Preparation And Energy Storage Properties Of High-temperaure Resistant And Low-loss Polyimide-based Dielectric Composite Films
122. Research On Conduction Mechanism And Control Method Of Fluoropolymer Dielectric Films
123. Research On Energy Storage Properties Of Sodium Niobate Lead-free Ceramics
124. Effect Of Double Doping On Dielectric Properties And Energy-storage Density Of BNT-based Ceramics
125. Doping Modification And Charge-discharge Performance Of High Energy Efficiency BNT-SBT Energy Storage Ceramics
126. Preparation And Electrical Properties Of（SBT-BNT-Mn）@ZrO2 Energy Storage Ceramics
127. Study On The Structure Of Silver Niobate Based Composites And Their Energy Storage Performance
128. Preparation And Properties Of Y And Mn Doped Core-Shell Ba0.85Ca0.15Zr0.1Ti0.9O3/PVDF Flexible Dielectrics
129. Construction And Properties Of Polymer Dielectric Composites Based On Three-dimensional Ceramic Network
130. Study On The Energy Storage Characteristics Of Lead-free Ceramics
131. Preparation And Modification Of Barium Titanate Nanowires And Research On Energy Storage Properties Of Polymer Matrix Composites
132. Optical And Electrical Properties Of Potassium Sodium Bi0.5Na0.5TiO3-BiFeO3 Based Ceramics
133. Preparation And Electrical Properties Of NaNbO3 Based Electronic Ceramics
134. Preparation Of Barium Titanate Based Ferroelectric Ceramicsand Electrical Performance Studies
135. Optimization Of Energy Storage Performance Of Strontium Barium-Based Tungsten-Based Bronze Ferroelectric Ceramics With Niobate
136. Energy Storage Behavior Modulation Of Antiferroelectric Ceramics Based On Sodium Niobate
137. The Structure Design And Research Of PMMA-based Composite Film With High Energy Storage Density
138. Molecular Design And Performance Tuning Of Intrinsically High Energy Storage Density Polyimide Dielectrics
139. Polarization Behavior And Energy Storage Applications In Bi-containing Double-site Disordered Relaxor Ferroelectrics
140. Lamination Design Of PC/P(VDF-HFP) Dielectric Polymers And High-temperature Energy Storage Applications
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