| 1. | Reason analysis and treatment of electro motor rotor
双鼠笼电机笼条损坏的原因分析与处理 |
| 2. | The damage causes of home - service motor squirrel - cage bars of power plant
发电厂厂用电动机转子笼条损坏原因 |
| 3. | The working principle of the induction machine with compound cage rotor is discussed in this paper at first
本文首先阐述了复合笼条转子感应电动机的工作原理。 |
| 4. | The solved region , boundary condition and assumption condition of the induction machine with compound cage rotor are supplied in this paper
本文首先给出了复合笼条转子感应电动机起动时的求解域，边界条件和假设条件。 |
| 5. | At the same time , compare with the common induction , the induction machine with compound cage rotor own the better starting performance
同时，将计算结果与普通感应电动机起动性能比较，表明了复合笼条转子感应电动机具有良好的起动性能。 |
| 6. | The special slot is adopted in the rotor of the induction machine with compound cage rotor and there is two materials of casting aluminum and copper iron alloy in the slot
复合笼条转子感应电动机转子采用特殊的槽形，且槽中含有铸铝和铜铁合金两种材料。 |
| 7. | At last , the starting process of the common induction machine is studied by simulation and the results are campared with that of the induction machine with compound cage rotor
同时对普通感应电动机的起动过程进行了仿真，并与复合笼条转子感应电动机的起动性能进行了比较 |
| 8. | The resistance and leakage inductance of ten slots are calculated according to the calculation result of non - linear electromagnetic field of the induction machine with compound cage rotor
根据复合笼条转子感应电动机一对极下的非线性时变场的求解结果，计算了10个槽的电阻和漏感。 |
| 9. | This results to the induction machine with compound cage rotor to be of good starting performance and working performance that is adjacent to that of the common squrril - cage induction machine . it can be applied broadly in many fields
这使得复合笼条转子感应电动机不仅有良好的起动性能，而且有接近普通鼠笼型感应电动机的运行性能，在许多场合有广泛的应用前景。 |
| 10. | The electromagnetic field theory and the variation method is applied to found the 2d mathematics model during the process of starting of the induction machine with compound cage rotor . the dispersion , element analyse and collectivity composing of time - variation field are given
利用电磁场理论和变分法建立了复合笼条转子感应电动机起动时二维电磁场的数学模型，给出了正弦时变场单元分析过程和离散格式以及最终的总体合成方程。 |
