1) composite gang
混合工子
2) mixing process
混合工艺
1.
The mixing technical characteristics of the two rotor continuous mixer and the influence of the rotor structure and dimension, linear velocity at rotor wing tip and orifice setting on the mixing process were discussed.
讨论了双转子连续混炼机的混合工艺特点及转子结构尺寸、转子螺棱顶部线速度、物料卸料门开启度大小对混合过程的影响,提出以物料在混炼机中的轴向混合循环次数、转子螺棱顶部线速度为基本参数控制混炼机的混合过程。
3) refrigerant mixture
混合工质
1.
Theoretic analysis of a refrigeration cycle with refrigerant mixture air/water;
空气/水混合工质制冷循环理论计算
2.
Research on the Heat Pump Systems in Saving Energy Using Nonazeotropic Refrigerant Mixtures;
非共沸混合工质热泵系统节能机理研究(英文)
3.
The composition change of two refrigerant mixtures due to the different solubility of refrigerant in lubricant 3GS were measured at temperature between 36 and 100℃and pressure between 157.
建立了气液溶解平衡实验装置,研究润滑油溶解对低温混合工质浓度的改变。
4) mixtures
[英]['mikstʃə] [美]['mɪkstʃɚ]
混合工质
1.
Functioning Mechanics of Mixtures in Thermoacoustic Refrigeration;
混合工质在热声制冷中的作用机理
2.
Experimental Studies on Vapor Pressures of New Refrigerants and Composition Analyses of Binary Hydrofluorocarbon (HFC) Mixtures;
新工质饱和蒸气压实验研究及混合工质的组分分析
3.
The thermodynamic characteristics of the thermo-acoustic system with the helium-argon mixtures as working fluid were investigated thoroughly in a self-built test rig of Standing-Wave Thermo- acoustic Engine.
在自行研制的"驻波型热声发动机试验平台"上,对采用He/Ar混合工质的驻波热声发动机系统的热力特性进行了详细的试验研究。
5) mixed-refrigerant
混合工质
1.
Experimental Research on A New Type of Mixed-refrigerant Refrigeration Cycle at 70K Range;
70K温区混合工质分凝分离循环节流制冷机实验研究
2.
Experimental research on mixed-refrigerant of using segregation Linder refrigerator with pre-cooling cycle at 120K temperature range;
120K温区混合工质采用带预冷的分凝循环林德制冷机的实验研究
3.
But the throttle unit can t adapt to the refrigeration system, especially the changing work conditions of the refrigeration system with mixed-refrigerants, lead the efficiency of the refrigeration syst.
为此,针对深冷多元混合工质节流制冷系统的变工况运行情况,设计出了一种能够根据节流前后的压差,自动调节循环流量的自适应节流阀。
6) mixture refrigerant
混合工质
1.
Theoretical and Experimental Study on Thermodynamic Properties of Fluoroethane and Its Mixture Refrigerants;
氟乙烷及其混合工质热力性质的理论和实验研究
2.
Three methods of calculating condensation heat transfer coefficient of mixture refrigerants were compared.
对混合工质凝结换热系数常用的三种计算方法作了分析比较 ,同时利用收集到的混合工质局部凝结换热系数的实验数据 ,对文献中给出的计算式以及用Bell-Ghaly法计算的准确度作了对比 ,得出了在工程实际应用中采用Bell-Ghaly法时 ,液膜热阻用修正Shah公式计算的准确度较好的结
3.
Based on the bubble point and dew point data of mixture refrigerant HFC152a/HCFC22, the interaction coefficient of Peng Robinson equation, which is suitable to calculate the mixture thermodynamic properties, was determined, and the pressure enthalpy diagram and the saturated properties were made.
根据现有的HFC152a/HCFC2 2的泡、露点实验数据 ,拟合出适用于计算其热力学性质的Peng Robinson方程的二元交相作用系数 ,并由此制作了混合工质HFC152a/HCFC2 2 (质量分数为85% /15% )的压焓图及饱和性质表 。
补充资料：在线混合工艺
分子式：
CAS号：
性质：聚氨酯制品生产者有三种形式组织生产，一种是采用混合罐配组合料，可自动向机器工作罐中加料，第二种是向原料商采购聚氨酯组合料，直接加入机器工作罐中。以上两种形式原料以两组分进入机器混合头混合(即组合多元醇和异氰酸酯)。还有一种方法是多种原料分别计量进入混合头并进行混合，进入混合头的原料为多种组分，此技术称之为在线混合工艺。
CAS号：
性质：聚氨酯制品生产者有三种形式组织生产，一种是采用混合罐配组合料，可自动向机器工作罐中加料，第二种是向原料商采购聚氨酯组合料，直接加入机器工作罐中。以上两种形式原料以两组分进入机器混合头混合(即组合多元醇和异氰酸酯)。还有一种方法是多种原料分别计量进入混合头并进行混合，进入混合头的原料为多种组分，此技术称之为在线混合工艺。
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