1) refueling equipment
换料设备
2) Material-preparation equipment
备料设备
3) DDCE [Digital Data Conversion Equipment]
数位资料转换设备
4) heat exchanger
冷换设备
1.
Study of synergistic effect of anti-corrosion technologies for the heat exchanger in refinery;
炼油厂冷换设备防护中的协同效应研究
2.
The main factors that affect the quality of organize coating for heat exchanger were analyzed through statistic data by causal analysis.
通过因果分析方法,作出影响冷换设备有机涂层质量的排列统计图,从而分析出主要的影响因素。
3.
The corrosions of the heat exchangers under different service conditions and associated preventive measures are analyzed.
通过对中国石油化工股份有限公司炼油装置冷换设备的腐蚀调查,阐述了腐蚀产生的原因及对策,评价了炼油装置各种环境下冷换设备的腐蚀情况及各企业所采取的防护措施,为各企业今后搞好冷换设备的腐蚀防护工作提供了有益的参考意见。
5) heat-exchanger
换热设备
1.
Chemical cleaning of heat-exchangers in pure water cooling system with silicon rectifier;
硅整流元件纯水冷却系统换热设备的化学清洗
2.
ADSRX is an important part of secondary development platform of AutoCAD R14,which makes it easy to develop heat-exchanger CAD software with its many tools.
ADSRX是AutoCADR1 4二次开发平台的重要组成部分 ,它提供的许多工具使用户在AutoCADR1 4上开发换热设备CAD软件变得较为容易 。
6) heat exchanger
换热设备
1.
Harm and cost estimation of heat exchanger fouling;
换热设备的污垢危害及费用估计
2.
Gas was introduced into the heat exchanger to form gas-liquid flow,and the experiment was conducted to study its properties of heat transfer and anti-fouling in different gas flux.
针对污垢沉积而导致换热设备传热效率降低这一能源工程领域中的疑难问题,通过在换热管内通入气相,形成气液两相流动,在不同气体流量下进行了换热管内气液两相流动的传热和抗污垢性能研究。
3.
For increasing the versatility and the maintenance of the system which is developed to solve the numerical analysis of thermodynamic calculation for heat exchangers, a universal numerical method for general exchangers is put forward, and the outline of the system developed based on object-oriented is discussed.
为了提高换热设备传热计算系统的通用性和可维护性,提出了一般换热设备的通用算法,讨论了采用面向对象技术开发系统的主要思路。
补充资料:反应堆换料
分子式:
CAS号:
性质:简称换料。为保证反应堆的正常运行,必须把烧过的乏燃料卸出和补充新的核燃料。反应堆换料分为定期停堆换料和不停堆连续换料。现行轻水堆电站均采用定期停堆分批换料方式;新旧燃料搭配使用,有利于中子经济,加深乏燃料的燃耗深度。不停堆连续换料节省换料停堆时间,燃料利用合理,但换料机构和操作都比较复杂。
CAS号:
性质:简称换料。为保证反应堆的正常运行,必须把烧过的乏燃料卸出和补充新的核燃料。反应堆换料分为定期停堆换料和不停堆连续换料。现行轻水堆电站均采用定期停堆分批换料方式;新旧燃料搭配使用,有利于中子经济,加深乏燃料的燃耗深度。不停堆连续换料节省换料停堆时间,燃料利用合理,但换料机构和操作都比较复杂。
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