Mastering the air flow and heat transfer condition in engine compartment of tank is an essential precondition for designing engine device, transmission device and cooling system rationally.
掌握坦克动力舱内空气流动与传热状况，是合理设计其动力装置、传动装置和冷却系统的必要前提和重要环节。
Through experimental and numerical simulation researches on the influence of cooling wall on the ventilation characteristics and the air flow characteristics of UFAD system firstly.
首次通过实验和数值模拟方法研究了具有冷却壁面条件时的下送风通风空调系统的气流流动特性及其影响。
The flow and heat transfer models of a Marine gas turbine exhaust cooling system were established, and the numerical method were presented for the solution of the models.
建立了舰船燃气轮机排气引射冷却系统的流动传热数学模型，并用数值方法对其进行计算。
In the oil cooling system of a high performance helicopter, the low mass flow, high rotating speed and small size axial flow fan design is a key task.
小流量、高转速、小尺寸轴流风扇的设计是高性能直升机滑油冷却系统的关键技术之一。
Analysis the flow sheet design of the pro cooling system type and specialty. For the difference client and the plant size, take select comment of writer.
分析预冷系统流程组织的方式特点，针对不同规模、不同特性要求提出流程形式选择的原则。
Presents the calculation method of cooling loss and temperature rising caused by cooling loss of the variable water flow secondary piping network in district cooling system(DCS).
介绍了区域供冷系统二次管网的冷量损失及冷量损失导致的温升的计算方法，并对某个二次泵变流量运行的区域供冷系统进行了计算。
Cooling control system between finishing mill regulates the water-flow with electric signal and compressed-air to control the temperature of the hot strip steel.
精轧机机架间带钢冷却控制系统，用电气控制信号和压缩空气联合控制冷却水的流量，从而达到热轧带钢温度控制的目的。
IBM's "green" data center was designed with a specific air flow to optimize the cooling system.
IBM的“绿色”数据中心的设计与特定的空气流动，以优化的冷却系统。
In this paper, the designing method of the fasting cooling system of furnace is introduced in detail by demonstrating how to calculate flow loss, select turbine and design transfer.
通过阐述风机的选型计算，系统流动损失计算和换热器的设计计算，详细地介绍了炉膛充氩加热炉速冷系统的设计方法。
The effects of system parameters such as system pressure, mass flow rate, heat flux and inlet sub-cooling are significant on both DWO and PWO.
系统压力、质量流速、热负荷和进口过冷度等参数对不稳定性有显著的影响。
The pick-up capability of wedges directly influences the cooling situation of the gap-pickup diagonal flow system.
风斗的取风性能直接影响通风系统的通风冷却效果。
For this reason, the numerical simulation on the flow and heat transfer in engine water jacket becomes a principal method to optimum cooling system.
因此，内燃机水套冷却液流动数值模拟便逐渐成为目前研究内燃机水套冷却液流动、设计和优化水套结构的重要手段。
During the operation with variable cooling water flow rate, the increase of fired natural gas volume shall be avoided by improving energy control system.
在采用冷却水变流量运行时，应通过改进能量控制系统避免天然气燃烧量的增加。
This article introduces the ways of leak detection and equipments for closed cooling system with soft water for BF and the flow characteristics of the cooling system.
本文介绍了高炉软水密闭循环冷却系统泄漏监测方法和设备，以及软水密闭循环冷却系统水流特性。
These functions will be used to choose operation pressure, concentration flow, membrane area, membrane modules, modules arrangement, cooling system, membrane fouling predication and cleaning system.
利用获得的数学关系式确定主要操作运行压力、浓缩液流量、膜面积、组件数目、膜组件排列方式、冷却循环系统设计、纳滤膜污染的预测与清洗系统设计。
Check all the pressure meters, the flow of the overflow tube, the heating system of the developing tank and the cooling system.
检查所有压力表，溢流水管流量，显影缸加热系统，冷却系统。
Function of the system for measuring difference in cooling water temperature and analysis of the heat work system of BF, the distributing of gas flow and the leak of cooling wall were introduced.
重点介绍了水温差在线检测系统的功能以及利用其分析高炉热制度、判断煤气流分布和检查冷却壁漏水的情况。
In the air slit venting system of rotors, the air admission and induction properties of the air buckets have a direct influence on the system's air flow and its cooling property.
在转子气隙取气通风系统中，风斗的取风与引风性能直接影响系统的通风冷却效果。
The line is mainly used to produce flow pipe and drainpipe etc. The set is composed of extruder, die, cooling trough, tractor, the cutting machine, plank and electric control system etc.
该机组用于生产供水管、排水管等，该机组主要由挤出机、机头、冷却水槽、牵引机、切割机、支架及电气控制部分等组成。
Also the specialized duct system blocks any flow back heat to the system. With this smart cooling guarantee stable performance and long life span.
专用管道阻挡任何热量回流到系统。有了这个智能冷却保证设备性能稳定，寿命长。
The speed of the compressor is varied to control the refrigerant flow rate and match the cooling load requirements of the vapor compression system.
该压缩机的速度被改变以控制该制冷剂的流速和配合蒸气压缩系统的冷却负荷需求。
The speed of the compressor is varied to control the refrigerant flow rate and match the cooling load requirements of the vapor compression system.
该压缩机的速度被改变以控制该制冷剂的流速和配合蒸气压缩系统的冷却负荷需求。
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