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Professor Zhou Di's Team from Xi'an Jiaotong University Achieves New Breakthrough in Multiphase Polarization Regulation for Energy Storage Dielectrics and Machine Learning-Based Inverse Design
13 hour ago /
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Author：小编
High dielectric constant ceramic capacitors, renowned for their exceptional power density and rapid charge-discharge capabilities, are extensively utilized in new energy vehicles and high-power pulse power supply systems. Nevertheless, the trade-off for a high dielectric constant often manifests as a low breakdown field strength and elevated dielectric loss. This results in reduced energy storage density and charge-discharge efficiency of the capacitors, posing obstacles to their advancement towards miniaturization, lightweight design, and integration within electronic devices.
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