2) cooling temperature
冷却温度
1.
Effect of cooling temperature on main quality traits of instant green tea;
冷却温度对速溶绿茶主要品质特性的影响
2.
The variation of the cooling temperature of the green carbon anode with the cooling time, the temperature of cooling water and the forming temperature has been studied by computing simulation.
通过数学模型描述炭阳极生坯冷却过程,研究炭阳极冷却温度与冷却时间、冷却水温及成型温度间的关系。
3.
In order to improve the surface quality of steel scale on wire rod,the influence of the cooling rate and the cooling temperature on the corrosion resistance of iron oxide scale on hot-rolled wire rod was investigated.
为了提高热轧盘条的表面质量,采用热模拟实验研究了不同冷却温度、不同冷却速度对热轧盘条表面氧化皮性质的影响。
3) transient cooling temperature field
非稳态冷却温度场
1.
A mathematics model of the transient cooling temperature field was built for long-thick wall tubes by analyzing the transient heat transfer process and the principle of thermo-dynamics in this paper,and the numerical equations of nods are obtained with finite difference method.
通过对非稳态热传导过程的分析,依据传热学原理,建立了长厚壁钢管热轧后非稳态冷却温度场的数学模型,应用有限差分法得到长厚壁钢管节点温度的数值方程组。
4) half-cooling temperature
半冷却温度
5) cooling water Temperature
冷却水温度
1.
Control method for supply cooling water temperature of high-temperature refrigerant condensation heat transfer test-board;
高温工质冷凝换热试验台冷却水温度控制方法
2.
Optimization design of cooling water temperature and temperature difference in central air conditioning systems
集中空调冷却水温度与温差优化设计
3.
Focuses on the main factors influencing chiller operation, including chilled water temperature, cooling water temperature and start-stop control.
针对冷水温度、冷却水温度及机组启停控制等影响冷水机组运行的主要因素进行了分析 ,指出适当提高冷水出口温度和 (或 )降低冷却水出口温度 ,采用智能调节策略对多台制冷机和水泵的启动顺序进行合理调配 ,采用BP网络预测最小预热 (冷 )期和最长提前停机时间对压缩机进行最优启停控制等 ,都可以降低系统能耗。
6) coolant temperature
冷却液温度
1.
For researching the effects of coolant temperature on combustion stability and emissions during the initial of start,the experiment on single working cycle combustion and emissions was carried out on a single cylinder direct injection diesel engine with considering cylinder pressure and using single cycle sampling test system.
为了研究冷却液温度对柴油机起动过程初期燃烧不稳定性及排放的影响规律,在一台单缸直喷式柴油机上,利用缸压和单循环采样测试系统对柴油机起动初期单个工作循环的燃烧和排放进行了试验研究。
2.
Coolant temperature is a key parameter affecting misfire and instability of diesel engine combustion during start.
冷却液温度是柴油机起动过程中影响失火与燃烧不稳定性的重要因素。
补充资料：绝热冷却温度
分子式：
CAS号：
性质：空气-水蒸气体系的绝热饱和温度称为绝热冷却温度。
CAS号：
性质：空气-水蒸气体系的绝热饱和温度称为绝热冷却温度。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条