溴化锂溶液,LiBr solution
1)LiBr solution溴化锂溶液
1.Influence of nano-particles on generating temperature ofLiBr solution;纳米颗粒对溴化锂溶液发生温度的影响研究
2.Putting up experimental table measuring generating temperature of LiBr Solution,Generating temperature of LiBr Solution adding nano-particles were measured under atmospheric pressure, The influencing factors of nanoparticles and dispersant influence were adjusted, the result showed it decreased obviously.本文在重力沉降法和分光光度计法研究溴化锂溶液中添加纳米颗粒稳定性的基础上,实验确定了纳米颗粒和分散剂的最佳配比。
英文短句/例句
1.Adiabatic Absorption of Water Vapor into Droplets of LiBr-H2O Solution溴化锂溶液微小液滴绝热吸收水蒸气研究
2.Study on the Characteristics of an Advanced Energy Storage System for Air-conditioning and Heating Using H_2O-LiBr as Working Fluid;采用溴化锂溶液的先进蓄能空调/供热系统研究
3.Analysis of Heat and Mass Transfer of LiBr Solution Falling Film Absorption in Absorber with Horizontal Tube;溴化锂溶液水平管吸收器降膜吸收传热传质规律研究
4.Experimental and Simulation Study on Performance of Lithium Bromide Solution Falling Film Evaporation in Vertical Tubes;竖管内溴化锂溶液降膜蒸发传热性能数值模拟及实验研究
5.Study on the LiBr/H_2O Solution Adiabatic Absorption Process in a Precooled Absorber with Packing Inside;溴化锂溶液在填料式吸收器中预冷却绝热吸收过程研究
6.A Numerical Study of LiBr-H_2O Falling Film Absorption on a Spirally Fluted Horizontal Tube;溴化锂溶液在水平螺旋槽管壁面降膜吸收过程的数值研究
7.Development of Energy Storage and Air Conditioning System Using H_2O-LiBr as Working Fluid Experiment Equipment and Experimental Study以溴化锂溶液为工质的蓄能空调系统实验台的搭建与实验研究
8.Experimental Investigation on Thermophysical Properties and Heat Transfer Characteristics of LiBr Solution Adding Nano-Particles添加纳米颗粒的溴化锂溶液热物性及换热特性的实验研究
9.MICRO-MORPHOLOGY OF LIQUID-VAPOR INTERFACE OF LITHIUM BROMIDE AQUEOUS SOLUTION ADDED WITH 1-OCTANOL添加正辛醇的溴化锂水溶液汽液界面微观形态
10.Numerical model of the enhancement produced in absorption processes using surfactants含添加剂的溴化锂水溶液吸收蒸汽数值模拟
11.Experimental Investigation on an Ammonia-Water-Lithium Bromide Absorption Refrigeration System Without Solution Pump无溶液泵氨-水-溴化锂三元溶液吸收式制冷系统的实验研究
12.Using quantum mechanics method to calculate activity coefficient and thermal-dyn amic variables of lithium bromide liquor量子力学方法计算溴化锂水溶液的活度系数及其热力参数
13.The Influence of the Solution Flow Bate on the Absorption Effect in the Falling Film Absorber of the Lithium Bromide Absorption溶液喷淋密度对溴化锂降膜吸收器吸收效果的影响
14.Theory Research on Heat and Mass Transfer Separation Absorption Process of Lithium-Bromide Solution and Vapor;传热传质分离的蒸汽—溴化锂水溶液吸收机理研究
15.an aqueous solution of hydrogen bromide that is a strong liquid acid.溴化氢的水溶液，一种强液体酸。
16.The Characteristics and Application of Bromine Water Solution and Bromine Carbon Tetrachloride Solution;溴水和溴的四氯化碳溶液的特性与应用
17.Study on Photodegradation of Profenofos in Aqueous Solution;丙溴磷在水溶液中的光化学转化研究
18.lithium bromide absorption water heater溴化锂吸收式热水器
相关短句/例句
Lithium bromide solution溴化锂溶液
1.By analyzing the properties equations from the experiment data,the software about properties of Lithium Bromide solution is programmed.本程序适用于溴化锂吸收式制冷机中对溴化锂溶液特性进行计算机预测分析和计算。
3)lithium bromide aqueous solution溴化锂水溶液
1.The advancement of research on the enhancing mechanism of absorption usinglithium bromide aqueous solution with surface-active agent;活性介质对溴化锂水溶液吸收过程强化机理的研究进展
2.The paper introduces the methods of how to use Delphi to access thermophysical property datas which is built in Access,and how to carry out visualized inquiry on thermophysical property datas oflithium bromide aqueous solution.通过对Access数据库基本结构的分析,介绍了利用Delphi访问建立在Ac-cess上的物性数据库的方法,并实现了对溴化锂水溶液热物性数据的可视化查询。
4)Aqueous LiBr solution溴化锂水溶液
pound surfactants were added into aqueous LiBr solution to study its effect on absorp- tion of water vapor into aqueous LiBr solution in static pool setup,n-Octanol,2-Octanol,2-Ethyl-1- hexanol,and 1-Hexanol were added into 60wt% LiBr solution by two ways:alone and two of them.本文从将两种有效添加剂混合添加的角度,来研究其对溴化锂水溶液吸收水蒸气的影响。
5)high-temperature LiBr solution高温溴化锂溶液
6)LiBr Water solution PH value溴化锂溶液的PH值
延伸阅读
福马林醑 ,甲醛溶液,福尔马林,蚁醛溶液药物名称：甲醛溶液英文名：Formaldehyde Solution别名： 福马林醑 ,甲醛溶液,福尔马林,蚁醛溶液外文名：Formaldehyde Solution，Formalin,Formol性状： 无色或几乎无色的澄明液体，有刺激性特臭、味灼烈，能刺激鼻、喉、粘膜及皮肤。但不损坏金属、橡皮及织物，可与水、乙醇任意混合。 药理及应用：本品可与蛋白质中的氨基结合，使蛋白质变性，同时也溶解类脂质，故有强大的杀菌作用，对细菌、芽胞、真菌、病毒都有效。也有硬化组织和止汗作用。临床用作消毒防腐药，用于器械、手套、标本及尸体的防腐。也用于治疗汗脚。 本品15ml加水20ml，加热蒸发，可消毒空气1m3(4小时)。稀释10倍，可用于生物标本的防腐。5％～10％溶液用于止汗及表面消毒等.适应症： 用于手足、多汗或腋臭。 用量用法： 外用：涂擦。 按需要稀释后使用.5～10%的溶液用于器械等的消毒，在密闭器中放置本品自然蒸发消毒手套。用10%溶液（含甲醛4%）保存尸体及生物标本。 注意事项：本品对粘膜刺激性大，一般不宜用于皮肤、创面及粘膜的消毒。本品对眼及呼吸道粘膜也有刺激，使用时注意本品蒸气的刺激作用。 规格： 甲醛溶液：含甲醛36%、甲醇10%，500ml/瓶。 类别：皮肤病用药||消毒防腐药\醛类
