搜索资源列表
Continuum-Description
- 碳纳米管具有优异的机械、力学、电学、化学和光学性能，具有很高的强度和韧性， 可以预见，将碳纳米管作为复合材料的增强体可以表现出良好的强度、弹性和抗疲劳性。 目前，碳纳米管基础力学行为的研究已经成为国际上的热点问题之一。本文基于连续介 质力学的理论框架，完善和进一步发展了连续介质力学的基本理论和研究方法，研究了 碳纳米管屈曲、后屈曲以及冲击载荷作用下的动力屈曲等一系列相关问题。-Carbon nanotubes have excellent mechanical, mechanic
grid-connected-pv-system
- This document is a research paper that presents a study and design of a complete grid connected photovoltaic (PV) system for providing the electrical loads in an emergency health clinic according to their energy requirements.
standalonr-pv-system
- This paper presents a study and design of a complete stand-alone photovoltaic (PV) system for providing the electrical loads in an emergency health clinic according to their energy requirements.
video_and_sound_generator
- Cornell University Electrical Engineering 476 Video Generation with AVR microcontrollers
load-flow-analysis-and-fault-analysis
- load flow analysis and fault analysis of power system. electrical power verses load angle (delta) plot for different values of Pe. calculation of initial, maximum and critical load angles for the given power system
dianqi
- 电气自动化专业群建设方案，含人才需求分析，行业背景分析等-The electrical automation professional group building programs, including personnel needs analysis, analysis of industry background
110kVbdzzjx
- 110kV变电站电气主接线，电力从业者参考资料-The 110kV substation main electrical wiring, electricity practitioners Resources
02el80
- PC Card standard Volume 2 Electrical Specification
-12864-
- 名称含义12864是128*64点阵液晶模块的点阵数简称，业界约定俗成的简称。基本参数电气特性极限参数光学特性基本用途该点阵的屏显成本相对较低，适用于各类仪器-Name Meaning 12 864 128* 64 dot matrix LCD module number referred to, the industry convention for short. Basic parameters Electrical Characteristics Absolute Maximum opti
key
- 名称含义12864是128*64点阵液晶模块的点阵数简称，业界约定俗成的简称。基本参数电气特性极限参数光学特性基本用途该点阵的屏显成本相对较低，适用于各类仪器-Name Meaning 12 864 128* 64 dot matrix LCD module number referred to, the industry convention for short. Basic parameters Electrical Characteristics Absolute Maximum opti
MiaC01
- Variable capacitors are key elements in electrostatic micro-power generators. In such devices inertial forces are used to do work against the electric field of the capacitor, thereby converting mechanical energy to electrical potential energy tha
204671_GB-50054-2011
- 这次修订的主要内容是向国际电工委员会（IEC）标准靠拢，在配电线路的保护中，为了防止人身间接电击、电气线路损坏和电气火灾，全面采用了国际电工标准,这是配网设计标准2011版-The main contents of this amendment to the International Electrotechnical Commission (IEC) standard to move closer to the protection of distribution lines, in orde
FULLTEXT01
- Implementation and performance analysis of star-based mesh network This thesis work is performed at Jö nkö ping School of Engineering in an area of wireless sensors network within Electrical Engineering (specialization in embedded sys
AAU_PPT_Chenzhe
- 第五届电气技术研讨会上国际著名学者奥尔堡大学陈哲Professor的行业发展报告PPT-Fifth Symposium on Electrical Technology Aalborg University, an internationally renowned scholar Professor Chen Zhe PPT industry development report
U16-Signal-Property
- This my lecture slides for Power Electronics course. This note discuss basic properties of an electrical signal.-This is my lecture slides for Power Electronics course. This note discuss basic properties of an electrical signal.
BLDC-for-sensorless-control
- 无刷直流电动机利用电子换相代替机械换相，不但具有直流电动机的调速性能，而且体积小、效率高，在许多领域已得到了广泛应用。采用无位置传感器控制技术之后，不但克服了外置式位置传感器的诸多弊病，而且进一步拓宽了无刷直流电机的应用领域。目前，无刷直流电机无位置传感器控制已成为无刷直流电机控制技术的发展方向。 本文纵观了无刷直流电动机的兴起、发展与现状，概括了无刷直流电动机无位置传感器控制技术的现有水平及存在的问题，以研制、开发全直流变转速空调产品为依托，从理论和实践两个方面对这些问题展开了较为全面的研究和
PCI-1220U-new20130321120031
- 研华PCI-1220运动控制卡手册硬件编程是电气工程师的参考手册，-Advantech PCI-1220 motion control card manual programming is an electrical engineer hardware reference manual,
electrical-Net
- 针对低压配网终端的装置或者设备，电网公司招标要求参考-Grid Corporation of the tender requirements reference
Industrial-Core-List
- 工业核心期刊目录，包括有计算学的，真空学的，冶金，采矿，仪器仪表，电工技术等方面的期刊。-Industrial Core List, including computing science, vacuum science, metallurgy, mining, instrumentation, electrical technology and other aspects of the journal.
Untitled
- The eight voltage vectors U0 - U7 correspond to the possible states of the inverter (Fig. 2.13). Each of these states can be composed by a different equivalent electrical circuit. In Fig 2.19 the circuit for the vector U1 is presented.