1) operation with variant angle γ
变γ运行
2) transforming operation
变电运行
1.
This essay analyses the accident arising from negligence of safety in the transforming operation according to its features and brings forth that the key of the safe operation is the quality of the operators,the principle system must be obeyed strictly and the system of supervision and assessment must be set up soundly,which can surely guarantee the safe production of transformation.
根据变电运行的特点和变电运行中的安全责任事故分析,提出变电运行工作安全责任的关键是人员的素质,基础是规章制度的严格执行,保障是建立健全的监督考核机制,三者确保变电运行安全生产。
3) power substation operation
变电运行
1.
Primary cause analysis of accidents in power substation operation;
变电运行事故的根原因分析
4) substation operation
变电运行
1.
Patrol-inspection in disposal of substation operation fault;
变电运行故障处理中的巡视检查
2.
Distributed-Network Based Management Information System of Substation Operation;
基于分布式结构的变电运行管理信息系统
3.
Distributed simulation system of accident anticipated plan for substation operation is presented in this paper.
介绍了分布式变电运行事故预案仿真培训系统。
5) speed change operation
变速运行
1.
Rapidity and comfort of vehicle speed change operations is one of main standards for its performance evaluation.
车辆变速运行快速性、舒适性是评定车辆性能的主要依据之一。
6) variable pressure operation
变压运行
1.
Combined with the features of spirally-wound tubes and vertical tube coils,this paper expounds the causes and solution of fluid-flow instability and heat-transfer penalty of the water walls of supercritical pressure and ultra supercritical pressure once-through boilers at variable pressure operation.
结合螺旋管圈和垂直管圈的特点,阐述了变压运行下超临界压力及超超临界压力直流锅炉水冷壁产生水动力不稳定和传热恶化的原因及其解决问题的方法。
2.
Some items of it are discussed hereafter such as material、waterwall tube coil type、hydrodynamic reliability、boiler start up system、turbine bypass system、operation control and variable pressure operation.
介绍了超临界机组在国内外的发展状况 ,对其材质问题、水冷壁的管圈型式及水动力可靠性 ,锅炉启动系统及汽机旁路系统、运行控制及变压运行特性进行了析说明。
补充资料：(γ-γ′)反应
分子式：
CAS号：
性质：指γ光子与靶核作用，使其激发，然后以发射光子形式退激发的过程。出射光子的能量与受激靶核性质有关，为靶核激发态与基态这两个能级之差值。该反应截面很小，只有毫靶恩量级。
CAS号：
性质：指γ光子与靶核作用，使其激发，然后以发射光子形式退激发的过程。出射光子的能量与受激靶核性质有关，为靶核激发态与基态这两个能级之差值。该反应截面很小，只有毫靶恩量级。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条