超导电机

基于迈斯纳效应超导电机的设计与电磁结构分析

The design and electromagnetic analysis of a Meissner Effect based superconducting motor

超导电机是基于低温环境下超导体迈斯纳效应应用的一种新型旋转电机。

Superconducting motor based on the Meissner effect of superconductors was developed .

提高高温超导电机气隙磁密的方法研究

The Study of Improving the Air-gap Induction of HTS Motor

高温超导电机电枢线圈临界电流密度研究

Critical current density distribution for armature coil of high temperature superconducting motor

一种基于迈斯纳效应的超导电机

A type of superconducting motor based on Meissner effect

超导电机端部绕组电动力的数值计算

Numerical Computation of Electrodynamic Force Acting on the End Winding of a Superconducting Machine

超导电机失超保护用可控硅开关的设计与试验

The design and the tests of the SCR switch for protecting S. C. generators at quenching

超导电机是利用超导技术及超导材料研制的一种高性能电机。

Superconducting motor is a new kind high performance motor which utilizes superconducting technology and material .

高温超导电机的发展与研究现状

Developments of High Temperature Superconducting Motors

船用高温超导电机的进展

Progress of Marine HTS motor

本文讨论了应用迈斯纳效应的超导电机的工作原理，电机的设计方案。

This study will discuss the working principle , rotating control system and also the design of the superconducting motor .

相对简单、费用较低、更高效率、稳定性高的低温系统的研制是高温超导电机进一步商业化的基础。

Simple , low cost , higher efficiency and stability cooling system is the base of commercialization of HTS motor .

然后给出了整个高温超导电机低温冷却系统的热负荷，确定了液氮循环各点的状态参数，并绘制了循环温-熵图。

Then we give out the heat load of the HTS motor and the state parameters of the whole liquid nitrogen circle .

本文对超导电机的磁体在励磁过程中短时供电的气冷电流引线进行了热力优化计算。

In this paper , the thermodynamic optimum calculations of self-Sufficient gas-cooled leads , working under short-term load conditions in Superconducting equipment are discussed .

本文讨论了超导电机的基本方程，稳态参数及瞬态电流的确定方法，在此基础上推导了交流电机电枢绕组端部电磁力的计算公式；磁悬浮开关磁阻电动机电磁力的计算

The basic equations for the superconducting machine and the calculation and test of its parameters are discussed . Calculation for Electromagnetic Force of Magnistor in Reluctance Motor

目前，国内外超导电机的研究主要集中在以下几个方面：超导单极直流电机、半超导同步电机和应用超导块材的超导特种电机。

By now , the study of superconducting machine is mainly concentrated on the following aspects : superconducting homopolar machine , superconducting synchronous machine and superconducting special motor using bulk superconductor .

高温超导电机作为超导技术领域中一项重要的应用得到了国内外科研院所的关注，它与传统的电机相比具有效率高，能耗少，体积小以及质量轻等特点。

HTS motors as a superconducting technology application get much attention from scientific research institutes all over the world . Compared with traditional motors , HTS motors have higher efficiency , smaller volume and lighter quality .

本文采用理论解析、有限元仿真分析的方法，对轴向磁通感应子式高温超导电机的设计与优化进行了研究。

The paper adopts the theoretical analysis and finite element simulation to research the optimal design of the axial flux inductor type high temperature superconducting motor . Firstly , the paper looks back on the development of the high temperature superconductor and superconducting motor .

与传统超导电机相比，轴-径向磁通全超导同步电动机的电枢绕组和轴向励磁绕组均采用高温超导线材，不但充分发挥了超导材料的优势，而且简化了电机低温冷却系统。

Compared with the conventional superconducting motor , the armature windings and field coils of the axial-radial flux type fully superconducting synchronous motor ( ARFTFSSM ) are HTS . This kind of structure gives a full play in HTS and simplifies the cooling system .

不同于传统超导电机将超导绕组作为励磁线圈，本文研究的超导电机采用了超导电枢绕组的新型结构，此时超导材料不但通入交流电流而且还工作在交变磁场下。

Different from conventional HTS synchronous motors which use HTS as the field coils , the one mentioned in this paper has a new structure with the HTS armature winding . In this situation , the HTS transports ac current under the ac external field .

随着高温超导旋转电机的成熟，以及即将到来的由美国海军资助的5MW样机电动机的开发和试验，预示着基于高温超导的推进系统成为了这些长期挑战的一个近期的解决方案。

The maturation of HTS rotating machine design coupled with the upcoming US Navy-sponsored 5 MW prototype motor development and testing indicate that high temperature superconducting ( HTS ) - based propulsion systems represent a near-term solution to these long-standing challenges .

简述了300kW超导单极电机低温试验用的氦液化系统，指出了在液化系统设计和安装中应着重考虑的有关问题；

The helium liquefying system used for the cryogenic experimental research on the 300kW superconducting homopolar machine has been briefly introduced , and some problems must be taken into account in designing and installation of the system have been presented .

这为超导直线电机的设计做了充分的准备。

This has well prepared for the design of the HTS LIM .

超导旋转电机&发电机和电动机的研究现状

Development of superconducting rotating machines & generator and motor

超导同步电机的磁场分析

Analysis of Magnetic Field in Superconducting Synchronous Machines

高温超导单极电机关键技术

Key Technologies of High-Temperature Superconducting Homopolar Motor

超导单极电机超声波电动机

Superconducting Homopolar Machine ULTRASONIC WAVE MOTOR

尤其是半超导同步电机的研究是目前超导电机的研究主流。

Superconducting synchronous machine technology is the main trend of the study of superconducting machine today .

本文叙述了超导单极电机液氦异型杜瓦容器的结构特点和制造工艺。

The structure feature and fabrication technology of a special-shaped LHe dewar for superconducting unipolar motor are described .

永磁直线同步电动机发展及应用超导同步电机的磁场分析

The Main Trend of The Linear Permanent magnetic synchronous Motor Analysis of Magnetic Field in Superconducting Synchronous Machines