1.
The Development and Investigation on High-Speed Bogie of 200km/h AC Electric-Locomotive;
200km/h交流电力机车转向架开发研究
2.
Main transformer for type HX_D3 AC drive freight electric locomotive
HX_D3型交流传动货运电力机车主变压器
3.
Research of the Fault Diagnosis Technology about AC Traction Motor of Electric Locomotive
电力机车交流牵引电机故障诊断技术研究
4.
Structure Simulation of Auxiliary Converter Cabinet in the 200km/h Electric Locomotive
200km/h交流传动电力机车辅助变流柜结构仿真
5.
Main Circuit System for High Power AC Freight HX_D2 Locomotive
HX_D2型大功率交流货运电力机车主电路系统
6.
Study on Interaction between Converters and On-Board Electrical Equipments for AC Drive Locomotive
交流传动电力机车变流器与车载电气设备相互影响的研究
7.
Design and Implementation of AC Transmission Test System of Electric Power Locomotive;
电力机车交流传动测试系统的设计与实现
8.
Study on wheel/rail anti-abrasion of AC-DC drive electric locomotive
关于交直流传动电力机车轮轨防擦伤的研究
9.
Life System about HX_D2 Type High Power Freight Electric Locomotive
HX_D2型大功率交流货运电力机车生活间系统
10.
A Probe on Causes and Solutions of the HXD1 AC Locomotive's Resonance
交流传动HXD1电力机车谐振原因分析与对策
11.
Research on Six-axle AC Electric Locomotive Serialization Based on HX_D3 Locomotive Technical Platform
基于HX_D3机车技术平台的6轴交流传动电力机车系列化研究
12.
Hybrid Electric Vehicle Driving Research Based on Interior Permanent Magnet Synchronous Motor
基于内置式交流永磁同步电机的混合动力汽车电力驱动的研究
13.
Application of LLC Full-Bridge Resonant Converter in Battery Charger of AC Driving Electric Locomotive
LLC谐振全桥变换器在交流传动电力机车充电机中的应用
14.
Applied Research of Three-Phase AC Asynchronous Motor in Electric Power Steering
三相交流异步电机在汽车电动助力转向系统中的应用研究
15.
Simulation Demo Platform of Main Circuit for AC Drive Electric Locomotive Based on Matlab GUI
基于Matlab GUI的交流传动电力机车主电路仿真演示平台
16.
Auxiliary Electrical System for HXD2 Type AC Driven Freight Electric Locomotive
HXD2型大功率交流传动货运电力机车辅助电气系统
17.
China's first self-owned intellectual property in the commercial AC drive electric locomotive!
我国第一台具有自主知识产权的商用型交流传动电力机车！
18.
Curve Negotiation Performance Analysis of 9 600 kW Six-Axis High-Power AC Drive Electric Freight Locomotive
9600kW大功率交流传动六轴货运电力机车曲线通过性能分析