| 1. | Sensitivity testing - socketed device model
灵敏度试验.套接设备模型 |
| 2. | Device model experiments of shaft - well two - direction tubular pumping station
双向竖井贯流泵站模型泵装置模型试验 |
| 3. | Communication networks and systems in substations - communication requirements for functions and device models
变电所的通信网络和系统.功能和设备模式的通信要求 |
| 4. | Communication networks and systems in substations - part 5 : communication requirements for functions and device models
变电所的通信网络和系统.第5部分:功能和设备模型的通信要求 |
| 5. | Communication networks and systems in substations - part 5 : communication requirements for functions and device models
变电所的通信网络和系统.第5部分:功能和设备模型的通信要求 |
| 6. | Filed - induced charged - device model test method for electrostatic discharge withstand thresholds of microelectronic components
微电子元件静电放电容许阈的场感应带电设备模型试验方法 |
| 7. | Test method for protection of electrostatic discharge susceptible sensitivity testing - charged device model component level
静电放电敏感的灵敏度试验防护试验方法.放电装置模型元件水平 |
| 8. | Though the precision of circuit simulation result is limited by the simulation tools , the precision of the device model is the primary factor
电路仿真是集成电路设计中的重要环节,仿真时所用的器件模型参数的精度是影响仿真精度的首要因素。 |
| 9. | Communication networks and systems in substations - part 5 : communication requirements for functions and device models iec 61850 - 5 : 2003 ; german version en 61850 - 5 : 2003 , text in english
变电所的通信网络和系统.第5部分:功能和设备模型的通 |
| 10. | Research and development of high performance computing technologies , device modeling , nanotechnology , and scientific visualization . information about research and publications
-由黄兴灿老师主持，研究领域为分散计算理论与自我稳定演算法。 |
