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漏磁系数
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  “漏磁系数”译为未确定词的双语例句
    2. Although calculating magnetic-flux leak coefficient and magnetic-reluctance coefficient is too complex to be done, combining magnetic force pump alnico's characters, appropriate accounting models are selected to calculate these coefficients through magnet conductivity methodology, the equation has been induced.
    2.虽然漏磁系数和磁阻系数的计算非常复杂,利用磁导法,结合磁力泵磁钢排布特点,选择适合磁力联轴器特点的计算模型,给出了漏磁系数的计算公式。
短句来源
    To hence calculation precision, the leakage should be considered, and the leakage coefficients of permanent field and excited one are calculated separately by 2-D FEM of the magnetic bearing.
    为精确计算磁轴承性能,需考虑漏磁的影响,通过分析该磁轴承的二维磁场,分别计算出永磁磁场和电励磁磁场的漏磁系数
短句来源
    The electromagnetic parameters and calculation formulas under different states are defined usingthe design theory of electric machine. The program of electromagnetic design of the magnetic bearing is compiled considering leakage coefficients.
    借鉴电机的设计理论定义了不同工作状态下磁轴承的电磁参数及运算公式,将漏磁系数与等效磁路相结合,编写磁轴承磁路的电磁设计计算程序。
短句来源
    Combining the characters of magnetic-force pump magnet steel collocation, appropriate accounting models were selected to calculate magnetic-flux leak coefficient and the magnetic-reluctance coefficient through magnet conductivity methodology.
    采用磁导法 ,结合磁力泵磁钢排布特点 ,选择计算模型 ,推导出了漏磁系数和磁阻系数的计算公式。
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Magnetic coupling is a new non contact power transferfing device developed in recent years. It demands that it is stable and reliable in use, economical and durable,and it also demands that power transfer efficiency be high and energy loss is low. Therefore, magnetic circuit design must be reasonable, magnetic resistance and magnetic flux leakage are possibly minimum. By these principles, we conduct optimum design on magnetic circuit, select cylinder pull pushing coupling system, establish proper size,...

Magnetic coupling is a new non contact power transferfing device developed in recent years. It demands that it is stable and reliable in use, economical and durable,and it also demands that power transfer efficiency be high and energy loss is low. Therefore, magnetic circuit design must be reasonable, magnetic resistance and magnetic flux leakage are possibly minimum. By these principles, we conduct optimum design on magnetic circuit, select cylinder pull pushing coupling system, establish proper size, calculat magnetic conductivity and magnetic flux leakage coefficent, and evaluate it.

磁性联轴器是近年来发展起来的新型非接触型动力传输设备 ,它要求工作稳定可靠 ,经济耐用 ,还要求动力传输效率高 ,能损少 .对磁路进行优化设计 ,选择了圆柱形推拉式偶合系统 ,确定了合适的尺寸 ,并计算出了磁导和漏磁系数 .计算结果表明 :该磁路设计合理 ,达到磁阻尽量小 ,漏磁尽量少的要求

An universal energy equation of magnetic-force pump coupler was educed by analysis of demagnetization curve and ways of calculating circumferential torque were introduced according to the equation when inside magnet rotor had circumferential moment. Combining the characters of magnetic-force pump magnet steel collocation, appropriate accounting models were selected to calculate magnetic-flux leak coefficient and the magnetic-reluctance coefficient through magnet conductivity methodology. The equations for magnetic-force...

An universal energy equation of magnetic-force pump coupler was educed by analysis of demagnetization curve and ways of calculating circumferential torque were introduced according to the equation when inside magnet rotor had circumferential moment. Combining the characters of magnetic-force pump magnet steel collocation, appropriate accounting models were selected to calculate magnetic-flux leak coefficient and the magnetic-reluctance coefficient through magnet conductivity methodology. The equations for magnetic-force pump magnet steel axial direction length, circumferential length, and radial thickness were developed after the analyses of the experiment results.

利用通过退磁曲线法获得的磁力泵耦合器能量通用公式 ,导出了内磁转子在周向偏离平衡点时所产生的周向传动转矩的计算方法 ;采用磁导法 ,结合磁力泵磁钢排布特点 ,选择计算模型 ,推导出了漏磁系数和磁阻系数的计算公式。结合试验结果 ,总结并提出了磁力泵磁钢轴向长度、周向长度、径向厚度、磁极数的设计方法。

 
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