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供冷
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  cool supply
     Introduced the test apparatus and meters of 10kW ground-source heat pump system which is self-established, explained the method of test data processing, presented the effect test of heat supply in Winter and cool supply in Summer, and illustrated the various fluid performance in Summer.
     介绍了自行建设的 1 0kW地热源热泵系统的试验装置及测试仪表 ,测试数据的处理方法 ,冬季供暖及夏季供冷的效果测试 ,夏季变水量运行的试验结果。
短句来源
     With analysed on the cool supply of the cooling tower,weather condition and other facts which influence the energy consumption of the system,made the preliminary evaluate of applying the cooling ceiling system in different place of the country,and put forward a new type of system which depart the cooling ceiling system and new wind system,simulation calculation indicated this scheme has good effect for saving energy.
     在模拟结果的分析中 ,考虑了冷却塔供冷、气象条件等因素对系统能耗的影响 ,对冷却吊顶系统在我国不同地区的应用作了初步的评价 ,提出了冷却吊顶水系统与新风水系统相独立这一新的系统形式 ,模拟计算表明该方案具有良好的节能效果
短句来源
     Simulated the operation of the normal system and cooling ceiling system in the cool supply season.
     对常规系统及冷却吊顶系统进行了供冷季的运行模拟。
短句来源
     Properly selecting the electromotor in fan c oi l units for reducing the input power and improving the cool supply quantity per unit fan power is the best way to solve the energy saving operation of fan coi l units.
     合理匹配风机盘管的风机电机 ,降低机组的输入功率 ,提高机组的单位风机功率供冷量 ,是从根本上解决风机盘管节能运行的方法。
短句来源
     The key problems of the refrigeration system design in the fishery breeding were analyzed, whichinvolved calculation of heat load, selecting of cool supply type, as well as selections of the refrigeration set and evaporator. Operation cost was compared between methods of controlling temperature by the refrigeration system and the conven-tional one.
     分析和探讨了渔业养殖中风冷冷水机组设计的热负荷计算、供冷形式的选择、制冷机组的选配以及机组温控方法,对其温控方法与传统方法作了经济性比较。
短句来源
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  cold supply
     Technology of Power Saving Lead Optimizing Centralized Cold Supply by Big Temperature Difference Cold storage Vadose Water and Its Application
     大温差水蓄冷节电调荷集中供冷技术及应用
短句来源
     Part Rectifying Project: on the basis of original transformation, aiming at the problems of the original air conditioning system, We pertinently adopt the rectifying project, rationalize various relations, enhance cold supply capacity of the cold resources, improve quality of cold supply, add metric apparatus for cold (heating) using and electro-consumption, charge reasonably, and guarantee the quality and quantity of cold (heating) supply.
     局部改造方案:在原有基础上进行改造。 针对原有空调系统存在的问题,有针对性地采取整改措施,理顺各种关系,增加冷源的供冷能力,提高供冷品质,增设冷(热)量与用电计量装置,合理收费,保证供冷(热)质量与数量。
短句来源
     The application of the techndogy of centralized cold sapply by big temperature difference cold storage vadose water to cold supply to dispersed users can not only reduce construction investments and installed capacity, but also save electric power, optimize load distribution and simplify scheduling and administration.
     采用大温差水蓄冷技术对各分散的用冷点集中供冷,不仅能节电调荷,而且便于调度与管理,减少装机容量,节省基建投资。
短句来源
  “供冷”译为未确定词的双语例句
     On thermaliztion cycle for heating and cooling with mixture substances R22/R152_a
     在热化循环中应用混合工质R22/R152_a同时供冷与供热的实验研究
短句来源
     20~# Heavy Oil Fuel Supply System with Electric Heater for Chilling/Heating Unit
     供冷供热机组用电加热20~#重油的燃料供应系统
短句来源
     Passive Cooling and Radiative Cooling
     被动式供冷与辐射制冷技术
短句来源
     Economic Analysis of Thermal Storage in Pudong International Airport
     浦东国际机场供冷系统外管网蓄冷经济性分析
短句来源
     Increasing Communication Channels between Centralized Refrigerations Stations in Guangzhou Metro Line 3
     广州地铁3号线集中制冷站与集中供冷车站间增加通讯通道的探讨
短句来源
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  cold supply
If there are to be showers, bidets or monobloc taps in the installation then a balanced cold supply is necessary.
      
The other line is the cold supply from your municipality, well or other water source.
      


This article deals mainly with the two essential problems which must be solved in establishing the series of YDL 75 induction unit, i. e. the relation of induction ratio to the nozzle arrangement and the calculation of the cooling capacity of the secondary coil during latent cooling. The result of the study shows 1) The induction ratio(n) is the function of the ratio of the "intersection distance" (h0) of adjacent jet streams from the nozzles to the diameter (d0) of the nozzle opening, 2) The cooling capacity...

This article deals mainly with the two essential problems which must be solved in establishing the series of YDL 75 induction unit, i. e. the relation of induction ratio to the nozzle arrangement and the calculation of the cooling capacity of the secondary coil during latent cooling. The result of the study shows 1) The induction ratio(n) is the function of the ratio of the "intersection distance" (h0) of adjacent jet streams from the nozzles to the diameter (d0) of the nozzle opening, 2) The cooling capacity is determined by the "wetting coefficient', ξ and the thermal efficiency η. The empirical formulae of g and η based on the middle size coil may be used also for small and large sizes. but the computed values are somewhat different from the measured, therefore, certain correction factors should be introduced.

本文着重说明了YDL75型诱导器系列化必须解决的两个主要问题:诱导比与喷咀结构的关系,以及二次盘管湿冷时供冷量的计算问题。 研究结果表明:诱导比n是喷咀射流群互相搭接的高度h0与喷孔直径d0之比的函数。供冷量则取决于析水系数g和热效率η。根据中号盘管整理了的ξ和η的经验公式基本上可以适用于小号和大号,不过计算与实测值有一定的出入,因此还需引入一定的修正系数。

A new high vaccum insulated thermostat,which is controlled by a thermoswitch,is presented.So the trouble of filling helium gas a;nd pumping it out,is avoided.This makes the operation simple and the working cycle shorter.A multicanal temperature calibration system with a micro-computer is introduced briefly as well.

本文介绍一种用热开关来直接供冷给恒温块的真空绝热恒温器.它免去了通常充氦作热交换介质和低温下抽高真空的麻烦,从而简化了操作,缩短了运行周期. 文中还简要介绍了多路快速进行标测温度的微计算机系统.

In cooling supply for mine air conditioning, customarily, the temperature rise of the chilled water, circulating through adiabatic pipes in a downcast shaft, is calculated in such a way as to calculate tempearture rise due to auto compresson of air flowing adiabatically. R. Ramsden once dissented from it. In this paper, an analysis is given to the different behaviour of water and air,and the formula suggested for calculating the temperature rise of water flowing adiabatically in pipes.

矿井空调供冷中,冷水在隔热管路中下行时,长期沿用风流下行压缩升温的的计算原理。R.Ramsden曾提出异议。本文分析了水与空气下行流动时的不同特性,探讨了隔热管路中水流温升的计算方法。

 
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