A METHOD OF COMPUTATION OF THE MAXIMUM MAGNETIC FLUX DENSITY IN THE AIR GAP OF TWO-PHASED INDUCTION MOTOR

机译：两相感应电动机气隙中最大磁通密度的计算方法

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In paper is proposed a method of computation of the maximum magnetic flux density in the air gap of a two-phased induction motor. The maximum magnetic flux density in time and space, in the airgap of the two-phased induction motor is computed supposing magnetic core ideal and it is shown the method whereby the maximum of the magnetic field can be evaluated if saturation is considered.

机译：本文提出了一种计算两相感应电动机气隙中最大磁通密度的方法。假设磁芯理想，则计算出两相感应电动机气隙中在时间和空间上的最大磁通密度，并显示了考虑饱和时可以评估磁场最大值的方法。

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来源
《International Symposium on Advanced Topics in Electrical Engineering(ATEE 2004); 20041125-26; Bucharest(RO)》|2004年|P.II.6-II.11|共6页
会议地点 Bucharest(RO)
作者
Oliver MAGDUN; Mircea COVRIG;
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作者单位

Faculty of Electrical Engineering, University 'Valahia' Targoviste;

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原文格式 PDF
正文语种 eng
中图分类电机;
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4. A METHOD OF COMPUTATION OF THE MAXIMUM MAGNETIC FLUX DENSITY IN THE AIR GAP OF TWO-PHASED INDUCTION MOTOR [C] . Oliver MAGDUN, Mircea COVRIG, Faculty of Electrical Engineering International Symposium on Advanced Topics in Electrical Engineering . 2004

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5. Design Methodologies for Low Flux Density, High Efficiency, kW Level Wireless Power Transfer Systems with Large Air Gaps. [D] . Lee, Seung-Hwan. 2013

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6. Characteristic and magnetic field analysis of a high temperature superconductor axial-flux coreless induction maglev motor [O] . Qin Wei, Fan Yu, Fang Jin, -1

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7. A method for obtaining the motor constants by measureing air-gap magnetic flux density distributions and calculating characteristics in shaded pole motor. [O] . Hiroo Takano 1985

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A METHOD OF COMPUTATION OF THE MAXIMUM MAGNETIC FLUX DENSITY IN THE AIR GAP OF TWO-PHASED INDUCTION MOTOR

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