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首页> 外文期刊>Fusion Engineering and Design >Fission-reator-radiation-tests of MI-cables and magnetic coils for fusion burning plasma diagnostics
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Fission-reator-radiation-tests of MI-cables and magnetic coils for fusion burning plasma diagnostics

机译:用于熔化燃烧等离子体诊断的MI电缆和电磁线圈的裂变反应器辐射测试

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摘要

Magnetic probes for plasma diagnostics in the International Thermounclear Experimental Reactor (ITER) were developed and tested in a fission reactor, the Japan Materials Testing Reactor. Performance of coils made of mineral insulating cables could be analyzed by a proposed equivalent electrical circuit but were disturbed by electrical drift, presumably caused by a phenomenon called radiation induced electromotive force. However, results were promising and development of an ITER-relevant magnetic probe is within view.
机译:国际裂变实验堆(ITER)中用于等离子体诊断的磁探针是在裂变反应堆(日本材料试验堆)中开发和测试的。矿物绝缘电缆制成的线圈的性能可以通过建议的等效电路进行分析,但会受到电漂移的干扰,这可能是由称为辐射感应电动势的现象引起的。然而,结果是有希望的,并且与ITER相关的磁探针的开发已经在眼前。

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