excited power
英 [ɪkˈsaɪtɪd ˈpaʊə(r)]
美 [ɪkˈsaɪtɪd ˈpaʊər]
【电】激发功率
双语例句
- You do get very excited and exalted by the power of their speeches.
他们的演讲的确能让人无比兴奋和激动。 - Electrically excited high power pulsed CO_2 laser is one of the favorable lasers in novel applications such as laser propulsion.
电激励的高功率脉冲CO2激光器是激光推进等新兴应用的优选激光器之一。 - Now I sense you are starting to get excited, beginning to understand the power and versatility of data caching.
现在我觉得您一定开始激动了，并且开始了解数据缓存的力量和通用性。 - A sealed transverse discharge device for getting homogeneous glow discharge excited with a DC power supply
一种可获得均匀辉光放电的封离式直流横向激励气体放电结构的研究 - An experimental set up of travelling magnetic field excited by supper power permanent magnet was designed, which has obviously refine function for metal solidification structure.
开发了一套以强磁性永磁体为驱动介质的行波磁场发生器，该装置具有使金属凝固组织微细化的作用。 - Effect of Excited Polarization Method in New Water Source Investigation for Certain Power Plant
激发极化找水方法在某发电厂新水源地勘察效果 - Due to the spatial separation of electrons and holes in type ⅱ QWs, the band bending occurs with the increase of carrier concentration caused by higher excited power.
由于型量子阱中电子和空穴不在空间同一位置，较高光功率激发下引起的高浓度载流子导致能带弯曲严重。 - Study of AC excited doubly-fed generator used by variable-speed constant-frequency wind power generation
变速恒频风力发电用交流励磁双馈发电机的研究 - The load of RF excited CO_2 laser power is the discharging gas, and the transport of the RF is in fact a process of wave, as a result that the identity of the load will affect the input of the RF laser power.
射频激励CO2激光器电源的负载就是放电气体，射频的传输其实就是一个波的过程，所以负载的特性将会影响激光器电源射频功率的注入。 - Analysis of steam flow excited vibration on Steam Turbine No 3 in Zhanjiang Power Plant and treatment thereof
湛江发电厂3号汽轮机汽流激振分析及处理 - The Boltzmann equation is applied for the CO 2 lasers excited by high frequency switching power, it has been solved numerically using cross section data available in the literature. The influences of frequency on the electron energy distributions and transport coefficients are also studied.
利用文献中给出的截面数据，引入高频放电激励CO2激光器的Boltzmann方程，对其进行数值求解，研究了频率对电子能量分布及输运系数的影响。 - So it is quite important for the XRFA system with X-ray tube excited resource that HV power supply has high reliability, good stability and automatic regulation.
效率高、稳定性好、调节控制自动化的高压电源在以X光管作为激发源的X荧光分析系统中起着十分重要的作用。 - Based on analysis about working principle of varying load and speed of conventional three-phase induction generator excited by capacitors, the determination of excited capacitors to minimize the reactive power of control winding under variable load and speed is given.
在分析传统电容励磁的三相异步发电机变速变载运行机理的基础上，研究了变速变负载运行时控制绕组的无功容量最小化时励磁电容的取值方法。 - In this paper, a hybrid excited power delivery intelligent cell structure based on the idea of micro cell zone is presented.
本文提出了一种基于微小区域思想的混合激励功率传送型智能小区结构。 - The accurate closed solution of stationary response of the non-proportional damping system excited by the ground movement of Kanai power spectrum is deduced in the state space.
本文在状态空间推求金井功率谱地面运动激发下非比例阻尼体系平稳反应的精确封闭解。 - Analysis of the Amplitude of the Self Excited Vibration in Vehicle Power Train and Factors Influencing the Amplitude
轮式车辆传动系自激振动强度及其影响因素分析 - The basic theory of the AC excited VSCF wind power generation system and the vector control technique oriented by the stator flux of the generator was introduced.
介绍了交流励磁变速恒频风力发电系统运行的基本原理及发电机的定子磁链定向向量控制技术。 - Research on harmonic of AC excited generater on power systems
交流励磁发电机系统并网运行谐波的研究 - Research on harmonic of AC excited generator on power systems is carried out.
对交流励磁发电机系统并网运行的主要问题&谐波进行了全面分析。 - Ome recent research developments of the lower and middle atmosphere excited by high power microwave ( HPM) are introduced and summarized, including: the excitation mechanism of the thermal fast electrons induced by the high power microwave;
概述了在中低层大气中下述理论研究结果：高功率微波激励的热致快速电子的激发机制； - It also has established the simulation flat of the AC excited vscf wind power generation stator flux oriented vector control system and done the simulation work of the adjusting alone of the active and reactive power.
为从理论上深入研究变速恒频控制策略建立了交流励磁变速恒频风力发电定子磁链定向控制的仿真平台，进行了有、无功功率独立调节的仿真分析； - The electronic control system for SS7 electric locomotive integrates characteristic control of compound excited motor traction, regenerative braking, power factor compensation control as well as anti-slip control.
SS7型电力机车电子控制系统将复励电机牵引特性控制、再生制动特性控制、功率因数补偿控制、防空转控制等集中为一体。 - The electro-optic characteristics of a discharge excited strontium-ion recombination laser have been analysed and measured. An average output power of 200 mW is experimentally obtained.
分析测量了放电激励的锶离子复合激光的电光特性.报道了一台平均功率200mW的实验装置。 - The mechanism of steam flow excited vibration on steam turbine no 3 in Zhanjiang Power Plant has been briefly analysed, and countermeasures for elimination and prevention of said vibration being put forward on the basis of features concerning steam flow excited vibration on steam turbine no 3.
对湛江发电厂3号汽轮机汽流激振的机理进行简要分析，并根据3号机组汽流激振的特点提出了消除与预防对策。 - Two-photon excited fluorescence materials have potential applications in many important areas including optical power limiting, three-dimensional storage, two-photon dynamic therapy, up-converted lasing, and two-photon fluorescence microscopy.
双光子诱导荧光材料在三维信息存储、光动力学治疗、光学限幅、双光子上转换激光、双光子荧光显微技术等方面具有广阔的应用前景。 - The results show that RSD has good opening characteristic when repetitive frequency pulses are applied, which imply that RSD switching devices can be used in the pulse excited power supply of TEA CO2 laser.
实验结果显示了RSD开关器件具有良好的单次开通特性，同时给出了RSD开关器件的重复频率工作特性，初步验证了RSD开关器件应用在TEACO2激光器脉冲激励电源上的可能性。 - The three-level ac variable frequency converter fed electrical excited synchronous machine is in increasing demand for numerous medium-voltage high power industrial applications such as mining hoist and locomotive traction.
在矿井提升、机车牵引等中高压大功率应用中，三电平交流变频调速驱动的电励磁同步电动机被广泛使用。 - In power system transient analysis, the steam turbine, the hydro turbine, the governor, the excited system are modeled, but the boiler, the reactor of the nuclear power plants, and the hydraulic system are not modeled.
在电力系统暂态稳定分析中，已计及汽轮机、水轮机、调速器、励磁调节器、发电机模型，但不模拟锅炉、水力系统、核电站反应堆等模型。 - Excited temperature was about 2800K attained by Boltzmann equation, and excited temperature not evidently changes versus the change of power. Electron temperature was estimated on the basis of excited temperature.
用波尔兹曼曲线的方法测得了氩原子的激发温度，而且激发温度并不随功率的改变有明显的改变，约为2800K，并估算了电子温度。