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Advanced nanodielectric material development and scaling for use in compact ultra-high voltage capacitor prototypes

机译：高级纳米电材料开发和缩放，用于紧凑型超高压电容原型

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S. A. Dickerson; R. D. Curry; S. A. Mounter; L. J. Brown;
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年度 2019
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1. Advanced nanodielectric material development and scaling for use in compact ultra-high voltage capacitor prototypes [J] . Dickerson S. A., Curry R. D., Mounter S. A., IEEE Transactions on Dielectrics and Electrical Insulation . 2019,第2期

机译：用于紧凑型超高压电容器原型的先进纳米介电材料开发和缩放
2. Advanced nanodielectric material development and scaling for use in compact ultra-high voltage capacitor prototypes [J] . Dickerson S. A., Curry R. D., Mounter S. A., IEEE Transactions on Dielectrics and Electrical Insulation . 2019,第2期

机译：高级纳米电材料开发和缩放，用于紧凑型超高压电容原型
3. Review of Polymer-Based Nanodielectric Exploration and Film Scale-Up for Advanced Capacitors [J] . Tan Daniel Q. Advanced Functional Materials . 2020,第18期

机译：高级电容器基于聚合物的纳米电探测和薄膜放线
4. Advanced Nanodielectric Material Scaling for Further Size Reduction of Ultra-High Voltage, 500 Kv Capacitor Prototypes [C] . L. Brown, R. Curry, S. Dickerson, IEEE Pulsed Power Plasma Science . 2019

机译：用于进一步减小超高压500 Kv电容器原型的先进纳米介电材料缩放
5. Switched Capacitor-Based DC-DC Converter with Ultra-High Efficiency, Power Density and Voltage Regulation Capability [D] . Gunasekaran, Deepak 2018

机译：具有高效率，功率密度和稳压能力的基于开关电容器的DC-DC转换器
6. Review of Technologies and Materials Used in High-Voltage Film Capacitors [O] . Olatoundji Georges Gnonhoue, Amanda Velazquez-Salazar, Éric David, 2021

机译：审查高压胶片电容器的技术和材料
7. Development of an Advanced Voltage Control Technique to Improve Voltage and Reactive Power Characteristics of a Large-Scale Power Cable System [O] . Tsutomu Michigami 1993

机译：一种先进的电压控制技术，提高大型电力电缆系统的电压和无功功率特性
8. Pulsed Charging of Capacitor Bank by Compact Explosive-Driven High-Voltage Primary Power Source Based on Longitudinal Shock Wave Depolarization of Ferroelectric Ceramics. [R] . Shkuratov, S. I., Baird, J., Talantsev, E. F., 2005

机译：基于铁电陶瓷纵向冲击波去极化的紧凑型爆炸驱动高压一次电源对电容器组的脉冲充电。

Advanced nanodielectric material development and scaling for use in compact ultra-high voltage capacitor prototypes

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