Applied Research on Controlled Shunt Reactor in Ultra-high Voltage Power Grid 特高压电网中可控电抗器的应用研究
Analysis of Factors Impacting Ultra-high Voltage Power Transmission Cross-section Transient Stability Limit for Power Transfer from Yunnan to Guangdong 云电送粤特高压输电断面暂稳极限影响因素分析
Optimal Reactive Compensation with FACTS Devices Reactive power compensation with FACTS for ultra-high voltage power system 计及FACTS装置的电力系统无功优化研究基于FACTS的交流特高压电网无功补偿
Analysis of similarities and differences between ultra-high power electrode and electrode nipple ⅲ. Lengthwise graphitization 超高功率石墨电极本体与接头工艺异同探讨Ⅲ.内串石墨化
Study on Setting Calculation of Distance Protection Time-delay Zones for Ultra-high Voltage Power Transmission Lines 超高压电网线路距离保护延时段整定计算
Superficial Discussion on Improving Stability of Ultra-high Voltage AC Interconnected Power Grid Analysis on Steady State and Dynamic Characteristics of Marine Hydraulic Steering System 提高初期特高压互联电网稳定性措施初探船舶液压舵机系统动态和稳态特性的分析
Reactive power compensation with FACTS for ultra-high voltage power system 基于FACTS的交流特高压电网无功补偿
Application of LiDAR Technology in Line Inspection of Ultra-high Pressure Power LiDAR技术在超高压电力巡线中的应用
Influence of Nanyang Substation to Ultra-high Voltage and Henan Power Grid 南阳变建成对特高压及河南电网的影响
An aeroelastic model design of ultra-high voltage power transmission line systems 特高压输电塔线体系的气动弹性模型设计
Carbonaceous mesophase is an excellent precursor for the production of high-performance carbon materials which have been successfully applied in high-performance composites, ultra-high power graphite electrodes and anodes of rechargeable lithium ion batteries. 碳质中间相是制备高性能炭材料制品的优质前驱体,其产品已在高性能复合材料、超高功率石墨电极和二次锂离子电池用负极材料等方面得到了成功应用。
A new inspection robot for ultra-high voltage power line is introduced, and a piecewise control strategy is described. 介绍了一种新型的超高压输电线路巡检机器人,阐述了分阶段的控制策略。
Discussion on the Protection between Ultra-high Voltage Power Transmission and Transformation System and Communication Station 浅述超高压输变电系统与通信局(站)间的防护
Determination of Capacity and Technical Parameters of Transformer for Ultra-High Power Electric Arc Furnace 超高功率电弧炉变压器容量及技术参数的确定
Lifetime of the plasma channel produced by ultra-short and ultra-high power laser pulse in the air 超短超强脉冲激光在空气中产生的电离通道的寿命研究
The simulating method of ultra-high voltage power line is studied by the theory of simulation. 本文运用相似原理,研究超高压输电线路的模拟方法,提出一个线路模型,推导出了多电压等级电网中输电线路的模型参数的计算公式,并结合一实例,说明了其应用方法。
Development and Application of Magnesia-Carbon Taphole Brick for a 60 t Ultra-High Power Electric arc Furnace 60t超高功率电弧炉用镁碳出钢口砖的研制与应用
An Improved Obstacle Navigation Method for Ultra-high Voltage Power Line Inspection Robot 一种改进的超高压输电线路巡检机器人越障方法
The process of a small diameter ultra-high power pump beam propagating in BK7 glass with or without small scale modulation was simulated. 数值模拟了小口径强泵浦光束在BK7玻璃中的传输过程并进行了实验验证。
Investigation on Preparation of φ 700mm Ultra-High Power Electrode Nipple φ700mm超高功率石墨电极接头的研制
Study on the Ways to Suppress the Unfavourable Influences of Ultra-high Power Electric Arc Furnace on Power System 超高功率电弧炉对电网不利影响的抑制方法研究
Great interest is focused on femtosecond laser micro-nano fabrication due to the ultra-short time scale and ultra-high peak power density characteristics of the femtosecond lasers. 飞秒激光由于其超快时间特性和超高峰值功率特性在精密微纳加工领域引起了人们广泛的重视。
In existing travelling wave data acquisition schemes the length of data is fixed, the fixed length cannot well suit to asynchronous close of circuit breaker in high voltage and ultra-high voltage power system. 现有行波数据采集方案中采集数据的长度为定长,不能很好地适应高压及超高压系统中三相断路器非同期合闸的情况。
The premium petroleum coke, is an important material mainly used in production of anti-thermal-shrunk graphite and ultra-high power ( UHP) electrode. 优质焦炭是生产宇航工程中的抗热震石墨和炼钢用超高功率电极的重要原料。
Ultra-high Voltage Unified Power Flow Controller of Electromagnetic Type 电磁式特高压统一潮流控制器
Using the perturbed theory, the plasma channel produced by ultra-short ultra-high power laser pulses is considered. 用摄动理论对超短超强脉冲激光产生的电离通道进行了研究。
The possibility of using short cycle for production of ultra-high power graphite electrode 短流程生产超高功率电极的探讨
In the ultra-high voltage power grid, the reliability and security of the GIS equipment is the basic of the power transmission system running. 在特高压输变电系统中,GIS设备的安全可靠性是特高压电网稳定运行的基础。
Finally, I assess the result of the GIC in the 2010 planning ultra-high voltage power grid. 最后,给出了2010年水平特高压电网的GIC初步评估结果。
With the developing of laser technology, new type of laser ( such as ultra-high power, ultra-fast lasers, et. al) was developed. This turns new requirement for the optical films. 随着激光技术的发展,各种新型激光器(如超强、超快激光)不断涌现出来,对光学薄膜元件提出了更高要求。