水冷的

The heat-pipe air condenser can be used to control the temperature of the continuous quenching medium accurately,which could guarantee the microstructures and mechanical properties of the work pieces during heat treatment,and it is very effective in practical application.

针对连续淬火介质在工作中存在的冷却问题，提出由空气冷却代替水冷系统，研制出的热管空冷器可以精确控制连续淬火介质温度，保证热处理工件的金相组织和力学性能，在实际应用中取得较大成效。

The Maybach Landaulet study is powered by an uprated version of the V12 engine from the Maybach 62 S. Thanks to twin turbochargers and water intercooling, the V12 develops a maximum output of 612hp (450 kW) from its 6.0L of displacement.

这款车的动力系统仍采用经过升级后的迈巴赫62 S的V12引擎，由于采用双涡轮增压和水冷式中冷，这台6.0升引擎的最大功率达到612马力/450千瓦。

Numerical experimental results showed that the perimeter air deflectable deposited burner could ensure the flame stability to satisfy combustion requirements under low load and can prevent spout fire carrying, low concentration of particle matters around the water-wall ensures the water-wall to be in oxidation atmosphere to solve problems of high temperature erosion and slagging, and particle matters separated from main spray caused by deflectable deposited perimeter air plays a significant role in low NO combustion control.

数值试验结果表明，偏置周界风燃烧器在保证煤粉气流着火稳定性以满足低负荷燃烧要求的同时，具备较强的防止喷口带火能力；炉内水冷壁附近颗粒物质量分数相对较小，从而能保证较高的氧化性氛围以解决水冷壁高温腐蚀、结渣等问题；偏置周界风所引起的炉内气固两相偏析在低NO燃烧控制方面具有重要意义。

Waste draining pipe, offlet or drain pipe should be connected to the main pipe; each pipe should connect two valves with the most possible short valve-to-valve pipe length.

9.7.4水冷壁下联箱、省煤器进只联箱、过热器联箱、再热器联箱、蒸汽管和给水管的最低点等可能有沉淀物或积水处，应装设排污阀、放水阀或疏水阀。

Combined system simulation with optimal control, selected a typical water cooled primary/secondary chilled water system, used the research achievements of Annex 30 in IEA for the reference, this work firstly presents both the basic component models and the control system component models. Secondly gives the main models for parameter identification and experiment validation. Finally a dynamic digital simulator is set up using TRNSYS as the platform to substitute a real system to test and evaluate some kinds of online optimal supervisory control strategies after giving some essential data file input and finishing all the PID controllers'tuning.

本文将空调系统的仿真模拟与优化控制相结合，首先选择比较典型的水冷式二级泵集中空调系统，在国际能源组织IEA第30子课题Annex 30多年研究成果的基础上，建立了系统各设备的部件模型和控制系统部件模型，对主要模型参数的辨识方法进行分析，同时对其准确性给予验证；在此基础上，建立了以TRNSYS为仿真平台的集中空调水系统数字仿真器；通过必备数据文件的输入和对所有下位机控制回路PID参数的调试，最终完成可用于评估各种上位机优化控制方案的空调水系统数字仿真器。

Free float steam trap in which the structure of the most advanced, very sensitive, the smallest undercooling 0 ° C, can be ranked saturation temperature condensing water, no steam leakage, merits the highest heating equipment can achieve the best efficiency.

其中自由浮球式蒸汽疏水阀的结构最先进，非常灵敏，最小过冷度0°C，能排饱和温度凝结水，无蒸汽泄漏，优点最多，能使加热设备达到最佳工作效率。

Free float steam trap in which the structure of Automatic Control Valves the most advanced, very sensitive, the smallest undercooling 0 ° C, be able to row condensate saturation temperature of water, no steam leakage, merits the highest heating equipment can achieve the best efficiency.

其中自由浮球式蒸汽疏水阀的结构最先进，非常灵敏，最小过冷度0°C，能排饱和温度凝结水，无蒸汽泄漏，优点最多，能使加热设备达到最佳工作效率。

Free float steam trap in which the structure of Automatic Control Valves the most advanced very sensitive the smallest undercooling 0 ° C be able to row condensate saturation temperature of water no steam leakage merits the highest heating equipment can achieve the best efficiency.

其中自由浮球式蒸汽疏水阀的结构最先进，非常灵敏，最小过冷度0°C，能排饱和温度凝结水，无蒸汽泄漏，长处最多，能使加热设备达到最佳工作效率。

The results of water cooling of dry drawing reel directly affect the property of cold drawn steel wire and proceeding of drawing.

干式拉丝机卷筒的水冷效果直接影响着冷拉钢丝产品的性能及拉拔过程的持续进行。

Describes the design principle and method of the calculation table, of surface air cooler based on excel software.

介绍了基于Excel软件的水冷式表冷器设计和校核电算表的设计原理和思路，并通过实例计算，说明了本电算表的可操作性和实用性。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。