水室的形状对冷却水量在管束中的分配有很大影响。
The shape of water chamber has a great influence on the distribution of cooling water volume in tube bundle.
因此，水室的形状应有利于冷却水量在管束中的均匀分配。
Therefore, the shape of water chamber is in favor of uniform distribution of cooling water volume in tube bundle.
火电厂不断增多，用来冷却发电设备的冷却水量也不断增大。
More and more water is used to cool the equipment of the electric generator.
冷冻水冷器各传热管冷却水量分布不均匀使其冷却效率普遍很低。
Cooling water is not distributed well in each heat transfer tubes which makes the operation efficiency of vertical water coolers low.
此外还分析了拉速、过热度和冷却水量等因素对稳态温度场的影响。
Furthermore, casting speed, superheat and cooling waters effects on steady temperature field are analyzed in this paper.
本文介绍一种采用模糊控制技术调节冷却水系统冷却水量的方法，经仿真验证，控制效果良好。
Inthis paper a fuzzy control system for cooling water system is introduced. By simulation the results show that the design of this fuzzy control system is reasonable.
分析了PVC生产装置中循环冷却水冷却塔水量损失的原因，并提出了相应的节水措施。
Reasons for water loss of the circulating water cooling tower in the production of PVC were analyzed, and some water saving methods were proposed.
对造成轧辊烧轴承的原因进行了分析，结果表明：轧辊烧轴承主要与轧辊送进角的变化，冷却水的水量、水压及水管位置，轧辊架变形情况等有关。
Result showed that main reasons on ablation of roll bearing were transformation of forward Angle, flow value of cool water, water pressure, water pipe position, and deformation of roll-shell et al.
核电厂需用大量冷却水，用水量为工业用水的第一位。
A large quantity of cooling water, which ranks the first in the industrial water, is needed by nuclear power station.
该泵在主回路冷却水减少时，提供补充水以维持所需水量。
This pump supplies make-up water to maintain the volume when the primary reactor coolant has contracted due to decrease of load.
循环冷却水系统是天然气处理厂的重要组成部分，循环水量占厂内工业用水的60%以上。
Recycled cooling water system is one of the most important components in gas treatment plant and its recycled water volume is more than 60% of total industrial water volume of the gas plant.
亦 即使用者可借以随时进行副水箱内冷却水水量的检测与监测，而可 因此提高使用者检视的方便性。
The user can detect and monitor the quantity of water of the cooling water in the auxiliary water container at any time. The accessibility of the detection and monitoring for the user is enhanced.
此外，创造了回浆法和冷却水系统的半封闭式循环用水等新工艺，大大节约了用水量。
Morever, new technolo-gies such as slurry-recycling method and semi-closed circuit water circulation for cooling sys-tem were adopted reducing water consumption greatly.
此外，创造了回浆法和冷却水系统的半封闭式循环用水等新工艺，大大节约了用水量。
Morever, new technolo-gies such as slurry-recycling method and semi-closed circuit water circulation for cooling sys-tem were adopted reducing water consumption greatly.
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