A reactive power compensation and harmonics removal of superconducting nuclear fusion device through tsc base massive RPC & HF systems

Seonglok Hong,Jongdae Kong,Changhwan Kim,Daeyoung Eom,Jaehoon Choi,Jongkook Jin,Dongkeun Lee,Y Kim, M Kwon,Byungju Park,Hangkyu Yoo

Norfolk, VA（2010）

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摘要

The KSTAR(Korea Superconducting Tokamak Advanced Research) device needs a large pulse power to supply to a superconducting magnet power supply(MPS) and a heating device to generate plasma and restrict plasma.

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关键词

tokamak devices,plasma heating,plasma production,plasma toroidal confinement,pulsed power supplies,kstar device,korea superconducting tokamak advanced research,electrical power system,harmonic filter system,plasma generation,pulse power supply,reactive power compensation system,superconducting magnet power supply,superconducting nuclear fusion device,heating,superconducting magnets,switches,harmonic analysis,reactive power,fusion reactors,hafnium,tokamaks

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