1.
Numerical simulation of temperature field of pump support cooling system for China experimental fast reactor
中国实验快堆泵支承冷却系统温度场分析
2.
cooling telethermometer
冷却(系统的)遥测温度计
3.
gravity circulation water cooling system
温差循环液冷却系统
4.
The Microcontroller-Based Main Engine Cooling Water Temperature Control System;
基于单片机的船舶柴油机冷却水温度控制系统
5.
Research of Generator Temperature Field on Water Cooling System Fault;
发电机冷却水系统故障时温度场的研究
6.
Set point controlling of mechanically pumped cooling loop
机械泵驱动两相冷却系统工作点温度控制
7.
Study of Fuzzy Control System for Engine Coolant Temperature
发动机冷却液温度模糊控制系统的研究
8.
Design of Microcontroller System for Cooling Water Temperature of a Marine Diesel Engine
船舶柴油机冷却水温度微机控制系统的设计
9.
Cooling Water( 6-10 c)
冷却水(温度6－10℃)
10.
Had there been any air in the cooling system, the effect of cooling would have been affected and the temperature could not have been kept so low .
如果冷却系统中有空气，冷却效果会受影响，其温度也不会保持如此之低。
11.
TEMPERATURE GAUGE READS HIGCOOLANT MAY OR MAY NOT BE LOST OR LEAKING FROM COOLING SYSTEM
温度计读数偏高。冷却剂可能从冷却系统中流失或泄漏，也可能不这样。
12.
High efficiency liquid cooling system for optimum engine operating temperature- includes compact liquid cooled oil cooler.
高效率的液冷却系统为引擎提供了最佳的工作温度—他甚至还包含了一个紧凑的机油冷却器。
13.
Measures to reduce the temperature of oil are suggested after concurrent analysis of cooling system.
并对冷却系统进行了分析探讨,提出降低柴油机机油温度的建议。
14.
The Research on Temperature Fields of Hot Forging Die and Design of Spraying Cooling and Lubricating System;
圆柱体开式热锻模温度场分析与喷雾冷却润滑系统设计
15.
The Study and Design of Cooling Water Intelligent Control of Marine Diesel Engine;
船舶柴油机冷却水温度智能控制系统研究与设计
16.
Measuring Differential Pressure, Temperature and Flow in Hydronic Systems;
液体循环加热与冷却系统中流量、压差和温度测量的实现
17.
No refrigerant in the refrigerant system.
冷却系统中没有冷却剂。
18.
Variations of beth evaporating temperature and gas-cooler exit temperature have strong impacts on the EER of the system.
蒸发温度和气体冷却器出口温度两工况的变化对该系统性能的影响程度相对较大。