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首页> 外文期刊>Электричество >Electrodynamic interaction of short-circuited coils with a cryoresistive winding excited from a DC source
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Electrodynamic interaction of short-circuited coils with a cryoresistive winding excited from a DC source

机译：短路线圈与直流源激发的短路线圈的电动力相互作用

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摘要

The material model of electrodynamic interaction of a cryoresistive winding excited from a DC source with two short-circuited coils coax/ally set at the opposite end sides of the winding is considered taking into account electromagnetic, thermal and mechanical non-linear/ties. An influence of an additional motionless short-circuited coil on the process of acceleration of the main coil when exciting the cryoresistive winding is studied. It is shown that during the induction acceleration both of the ma/n and the additional short-circuited coils their mutual displacement in the opposite directions exceeds the value of the displacement of the main coil in the cases of the absence of the additional coil or its fixation with the cryoresistive winding.
机译：考虑到电磁，热和机械非线性/关系，从DC源激发从DC源激发的电压绕组的电动相互作用的材料模型。 研究了额外的一系列动态短路线圈对令人兴奋的加密绕组时主线圈加速过程的影响。 结果表明，在感应加速期间MA / N和附加的短路线圈两者在相反方向上的相互位移超过主线圈在不存在额外线圈的情况下的位移的值 用加密绕组固定。

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