Black nectar cannot be used for scrying or as a power component. 黑色的花蜜无法用来探知也无法作为法术材料。
The article introduces the performance and application of the SKAI automobile power system with low-voltage MOSFET or high-voltage IGBT power component. 本文介绍了带有低压MOSFET或高压IGBT功率器件的SKAI汽车动力系统的性能和应用。
Principle Analysis and Algorithm Achievement about Selecting the Ground Wire Based on Power Component of Zero-sequence Current 基于零序电流有功分量的接地选线原理分析及算法实现
Analysis of a Time-varying Power Component Outage Model for Operation Risk Assessment 电力系统运行风险评估中元件时变停运模型分析
In chapter 2, the power component and actuate component of the variable frequency colsed hydraulic system are designed and built; 第二章,对变频闭式液压动力单元的动力元件和执行元件进行了选型和搭建;
In the control system the digital signal processor ( DSP) is adopted as the kernel and the intelligent power module ( IPM) is the power component. The direct torque control algorithm is the control strategy of the system. 应用数字信号处理器(DSP)作为控制系统的核心,采用智能功率模块(IPM)作为功率器件,控制策略采用直接转矩控制算法。
The thesis also gave out a new three-dimension complex space power definition based on the synchronous rotating coordinate and this definition can explain all kinds of the instantaneous power component and is suitable for the VSR control and the power analysis of the unbalanced case. 提出了基于同步旋转坐标系的三维复空间瞬时功率定义方法,可以很好的解释三相VSR控制中各瞬时功率分量,适合于三相VSR不平衡控制和功率分析。
In this paper, we use bi-machine structural system to implement automatical detection of the power component of torpedo. In our system, NIOS processor takes charge of the whole control function and the remote control computer carries on data processing and offers man-machine interface, etc. 本文就是使用双机结构系统来实现鱼雷电源组件自动测控的,系统中NIOS处理器负责总体控制功能,上位机用来进行数据处理、提供人机界面等。
This paper introduces inverter technology and uses IGBT as power component to research high performance and high efficiency CO2 arc welding power source. 为了研究高性能、高效率的CO2焊接电源系统,本文引入了逆变技术,并使用IGBT作为功率器件。
In the torpedo system, the power component is core part. 在鱼雷系统中,电源组件是核心部件。
The principal advantage of this control scheme is that it can maintain a near-unity source power factor without sensing and computation of the associated nonactive power component. 该控制方法的优点在于,不需要检测和计算非有功功率成份而能保持电源功率因数近似为1。
The design principle and schematic circuit of the chopped speed regulator for torpedo DC motor is introduced. The parallel connection and drive of the main circuit power component Insulated Gate Bipolar Transistor ( IGBT) are analysed, and buffer circuit and radiator are designed. 介绍了鱼雷推进电机斩波调速装置的设计原理和电路构成,重点分析了主电路功率模块IGBT的并联与驱动,以及缓冲电路和散热装置的设计。
From this, the measurement approaches for each current component of the nonsinusoidal period current and their corresponding power component, in sinusoidal source voltage situations, were investigated. Then, the correspondent measurement circuit was built. 然后以此为基础,研究了电源电压为正弦波时其各分量和对应功率分量的测量方法,构造了相应的测量电路。
The designed system can detect expected parameters of torpedo power component automatically, the procedure is continuous or single step. According to corresponding standard, the estimation for detecting data is real-timely made. Meanwhile, the system comes into being test records and detecting report automatically. 所设计的系统可连续或单步对鱼雷电源组件待检参数进行自动检测,按相应标准对检测数据的合格性进行实时判断,并自动形成测试记录和检测报告。
Tt uses PLC as the control kernel, and IGBT as the power component. A serial of techniques are applied to improve the stability and robust of the system, and control flexibility of the system is realized. 伴热系统控制电源采用PLC为控制核心,IGBT为功率元件,并采取了一系列相应的措施来提高电伴热系统的可靠性以稳定性,实现了其控制系统的灵活性。
Therefore, enhancing precise, fast and automatic detection ability of the torpedo power component has a significant effect on the production of torpedo weapon and development of military. During early stage, the method to detect the power component is by manual. 因此,提高鱼雷电源组件精确快速的自动检测能力对我国鱼雷武器的生产和军事发展有着重要的意义。
Above mentioned modules are described and the principle to judge the grounding direction by use of zero sequence power component is emphatically analyzed. 作者对以上各部分进行了详细介绍,并着重分析了其利用零序功率分量方向进行接地方向判定的原理方法。
As a typical hydraulic power component, high-pressure gear pump is widely used in the construction machinery hydraulic system. 高压齿轮泵作为典型的液压动力元件,广泛应用于工程机械液压系统。
Furthermore, an active power component adjusting method is proposed to balance DC voltages of different modules for sending-end station with this topology. 针对该拓扑下送端站存在的各模块直流侧电容电压均衡问题,提出了一种基于有功分量调节的直流侧电压控制方法。
Making use of the basic theories of power component to analyze power distribution of network, a new flow tracing model and arithmetic is brought out. 在电力网络断面潮流已知的前提下,形成电力系统等值网络,利用功率分量的基本理论,对电网功率的分布进行分析,提出一种新的潮流追踪模型与算法。
This dissertation proposed the power component cost flow conservation principle as the fundamental of transmission cost analysis. 论文提出以功率分量费用流守恒原理为输电经济成本分析的经济准则。
Axial piston pump, the power component, is highly coupled with mechanism and fluid. Relevant research mainly focuses on the coupling characteristics. 轴向柱塞泵是机构和流体高度耦合的动力元件,两者的耦合特性是轴向柱塞泵研究的重点和难点。
This algorithm takes the power component as the enumeration unit, uses search method to simulate switches motion after component fault in order to get the outage status of the loads, and then calculate the reliability indices of loads and distribution system. 算法以元件为故障枚举单位,采用搜索的方法模拟配电系统元件故障后的开关动作,从而得到负荷的停运状态,并以此为依据计算负荷的可靠性指标及配电系统的可靠性指标。
Hydraulic pump and motor is the power component and execution component of hydraulic system, which are core parts of all hydraulic system. 液压泵和液压马达作为液压系统的动力元件和执行元件,是整个液压系统的核心部分。
In locomotive traction AC drive systems, traction converter as the key power component, its safe operation is directly related to the reliable operation of the whole system. The research on the fault tolerance of traction converter therefore has important practical significance. 在机车牵引交流传动系统中,牵引变流器作为核心动力部件,其正常工作与否将直接关系到整个传动系统、乃至全车安全可靠运行的成败,开展机车牵引变流器故障容错研究具有重要的现实意义。
Also the method can effectively eliminate the reactive power component in and realize the accuracy detection of harmonic and reactive power. 该方法可以有效消除中所含有的无功电流分量,实现谐波及无功电流的准确检测。
As a new type of the power component, microwave and millimeter wave power module ( MPM, MMPM) played an important role in the new generation of electronic warfare systems. 作为一种新型的功率部件,微波毫米波功率模块(MPM、MMPM)在新一代电子战系统中发挥着举足轻重的作用。
Simulation results show that the relay location, the antennas number and the minimum power component have great impact on system capacity. 通过仿真表明,中继的位置、天线个数以及最小功率分量等因素都会影响系统容量。
Generally, adding an electrical power component to a power system, such as generating unit, transformer and transmission line, can improve the system reliability performance, which is the so-called reliability coherence phenomenon in power systems. 通常,增装变压器、线路、断路器等电力系统元件后,系统可靠性会得到改善,其称为可靠性同调现象。