WPARs are relocated using the MCR asynchronous mobility capabilities, which allow applications and processes inside the WPAR to continue running while relocation takes place. 使用MCR异步移动功能重新定位WPAR,这个功能允许在重新定位期间WPAR中的应用程序和进程继续运行。
R& D and Application of Metal Compound Rubber ( MCR) Plates 金属复合橡胶板(MCR)的研发与运用
ACR varies between the MCR and the PCR, and is dynamically controlled using congestion control mechanisms. ACR在MCR和PCR之间变化,并动态的使用拥塞控制机制进行控制。
The main research content is as follows: ( 1) Reduced collocation response surface model ( RCRSM) is constructed using polynomial chaos expansion ( PCE) with points of monomial cubature rule ( MCR). 主要研究内容如下:(1)基于单项式容积法和混沌多项式展开,构造了简约配点响应面模型。
Study of MCR bidding strategies based on hourly bidding factors 基于分时竞价因子的MCP竞价策略研究
The peak-load controller will then control the total amount of fuel fired so that it is equal to110% MCR. 然后,峰值负荷控制器将控制燃烧的燃料总量,以便它等于10%MCR。
Research on MCR and Its Application in SVC 磁控电抗器原理及其在SVC中的应用
Offering of prices at an auction Study of MCR bidding strategies based on hourly bidding factors (拍卖时的)竞买,喊价,出价基于分时竞价因子的MCP竞价策略研究
The MCR Series cylinder consists of a piston and a carriage, which are coupled together using rare earth magnets. 在MCR系列气缸由活塞和一辆马车,这是结合在一起使用稀土磁体。
On the basis of simulation of hydrological process by means of Geographical Information System techniques, The land use MCR ( Minimum Cumulative Resistance) model was developed and the technology approaches to land use space optimum patterns were discussed. 借助于地理信息系统等技术,在对主要生态水文过程模拟的基础上,建立了土地利用最小耗费表面模型,探讨了土地利用时空格局优化模式研究的技术途径。
Stable combustion can be obtained with no oil supporting at30% MCR. 在30%MCR时无需投油助燃即可保证稳定燃烧。
In addition, a new structure of MCR-Three phrase hexastyle MCR. It's magnetic flow distribution is analysed and mode of connection is optimized. 另外又提出了MCR的一种新的结构&三相六柱MCR,并分析了其磁通分布和优化接线方式。
The FEA model of a certain CPP hub is built in this paper. The simulation analysis under the MCR operating mode is carried out, and the stresses of important parts are compared with traditional, theoretical calculation results. 对某型调距桨桨毂机构进行有限元建模,在最大持续功率(MCR)工况下进行仿真分析,并把重要零件的应力与传统理论计算结果进行了分析比较。
Membrance Coagulation Reactor consists of membrane separation and coagulation process. 膜-混凝反应器(MCR)是膜分离与混凝的组合工艺。
Study on Membrane Coagulation Reactor ( MCR) for Drinking Water Production and Removal of Fluoride 膜混凝反应器(MCR)制备饮用水和去除氟化物的研究
In the third chapter, the application of evolving factor analysis ( EFA) and multivariate curve resolution ( MCR) in the enzyme reaction mechanism is discussed. 在第三章中,论述了渐进因子分析(EFA)和多元曲线分辨(MCR)用于酶催化反应机理的研究。
The paper states the importance and trendy requirements of Main Control Room ( MCR) in nuclear power plant and introduces how to implement the human factor engineering principle in the de-sign of advanced main control room. 本文阐述了主控制室的重要性与发展要求,并对如何在先进控制室设计中实施人因工程原则进行了简单介绍。
Some factors influencing NO_x emission of MCR technology has been studied experimentally. 通过试验研究的方法,探讨了超细煤粉分级燃烧技术中部分因素对NOx排放的影响。
To put the membrane coagulation reactor ( MCR) process into practical use, it is important to investigate the operation dependability, the design method of the full-scale MCR, and the economic feasibility. 研究探讨基于微滤工艺的膜混凝反应器(MCR)的运行可靠性、生产性规模MCR的设计方法及其现阶段的经济合理性,对实际工程应用具有很大的实际意义。
First, the curve stands for the marginal cost which is spent for reducing pollution; 其一,MCR曲线表示为降低污染所花费的边际成本;
Methods Rheological parameters of the copolymers were measured by Physica MCR 300 coaxial cylinder rheometer. 方法用同轴圆筒流变仪测定共聚物溶液的流变参数。
The results indicate that MCR technology can remarkably reduce NO_x emission for all kinds of coals. 研究结果表明,对于不同煤种的主燃料,超细煤粉分级燃烧均能起到显著降低NOx排放的作用;
The design, synthesis and activity of tetrahydropyrimidine and dihydropyrrole derivatives as COX-2 inhibitors are then presented in detail. 然后详细介绍了四氢嘧啶和二氢吡咯衍生物作为COX-2抑制剂的设计、MCR合成及其生物活性研究。
Based on practical application, to achieve MCR reactive power compensation, design each functional circuit module, then on this basis, design software of MCR reactive power compensation control system. 文章从实际工程应用的角度出发,为实现MCR的无功补偿功能,设计出了各个功能电路模块,然后在此基础之上,进行了MCR的无功补偿控制系统功能软件程序设计。
According to the control object, design MCR reactive power compensation control strategy which to power factor and system voltage control objectives. 根据控制对象,设计了以功率因数和系统电压为控制目标的MCR无功补偿控制策略。
Establishing a single-phase model with four-poster of MCR. 建立了磁控电抗器的单相四柱模型。
It meaned that the output current of MCR was closely related with DC bias. 这说明了磁控电抗器的输出电流与直流偏磁是密切相关的。
Firstly, Structure principles and operating characteristics of MCR are analyzed; its working process is simulated based on MATLAB/ SIMULINK; the design requirements according to the transformer substation local demand is presented. 首先分析了磁阀式可控电抗器的结构原理和工作特性,使用SIMULINK对其工作过程进行了仿真,结合变电站现场应用需求情况分析,得到了磁阀式可控电抗器的设计要求。