2) power plant operator
电厂运行员
3) DingZhou power station
定洲电厂
1.
Based on advanced management experiences and ERP platform, an application of BFS++ system is practiced in DingZhou power station.
本文在总结国内外先进管理经验的基础上,利用ERP软件平台,以定洲电厂的实际情况为基本目标,设计实施BFS++系统, BFS++是以网络为支撑、数据库为核心,以设备的运行和维修管理为主要对象的一套综合性的电厂生产管理系统。
4) nuclear power plant operators
核电厂操纵员
1.
On the basis of theory model of human cognition reliability(HCR), a corrected Weibull distribution with two parameters for the reliability of Chinese nuclear power plant operators is established.
采用核电厂模拟器作为研究平台,以人的认知可靠性模型为参考,运用两参数威布尔分布对原有理论模型进行改造,建立了中国核电厂操纵员可靠性研究理论模型。
2.
In order to improve the reliability of NPP operation, the simulation research on the reliability of nuclear power plant operators is needed.
本文采用核电厂模拟器作为研究平台 ,利用国际上流行的人的认知可靠性模型作为参考 ,运用两参数威布尔分布对三参数威布尔分布进行改造 ,建立了具有特色的中国核电厂操纵员可靠性研究理论模型 ,并应用该模型对核电厂操纵员可靠性进行了深入研究 ,与国外同类研究成果进行了比较 ,得到了一致的结果 ,该研究的进行可对核电厂的安全运行起到有益作用。
3.
The objective of the paper is to improve the reliability of operation on real nuclear power plant of operators through the simulation research to the cognition reliability of nuclear power plant operators.
为了提高核电厂操纵员在真实核电厂操纵过程中的可靠性，需要对核电厂操纵员的可靠性进行模拟研究。
5) nuclear power plant operator
核电厂操纵员
1.
The qualitative and quantitative psychology evaluation methods to the nuclear power plant operators were analyzed and discussed in the paper.
文章对核电厂操纵员心理定性化评价以及定量化评价方法进行分析和探讨。
2.
The research concerns in the reliability model of Chinese nuclear power plant operators.
本工作涉及中国核电厂操纵员可靠性研究的认知模型。
3.
Based on several studies concerned in the personality analysis and evaluation of nuclear power plant(NPP) operators, a procedure and method of this research are identified and discussed to draw a fairly comprehensive picture of an operator s personality and to use personality data as predictors of a nuclear power plant operator performance.
基于国内外有关心理特质定量研究 ,提出了一套完整的程序和方法 ,来获取核电厂操纵员全面的心理特质定量数据及利用这些定量数据来评价操纵员的行为。
6) power station attendant
电厂值班人员
补充资料：定员
①规定人数：～定编。②规定的人数，指机关、部队等人员编制的名额，或车船等规定容纳乘客的数目。
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