溴化锂水溶液

利用Delphi和Access实现对溴化锂水溶液热物性数据的可视化查询

Visualized Inquiry on Thermophysical Property Datas of Lithium Bromide Aqueous Solution Using Delphi and Access

弦月形狭缝通道热虹吸沸腾传热具有明显的传热强化效果，以溴化锂水溶液为工质的实验测试表明，其传热系数达到5～6kW/（m2·K）。

Thermosyphon boiling heat transfer in lunate channel can enhance heat transfer evidently . The experimental study proves that boiling heat transfer coefficient of LiBr water solution approaches to 5 ~ 6 kW / ( m 2 · K ) .

实验表明，在研究的实验条件下1-hexanol和1-hep-tanol对溴化锂水溶液吸收水蒸气的促进作用好于2-ethyl-1-hexanol。

The results show that effects of 1-hexanol and 1-heptanol on absorption of water vapor into aqueous lithium bromide solution are better than those of 2-ethyl-1-hexanol .

添加正辛醇的溴化锂水溶液汽液界面微观形态

Micro-morphology of liquid-vapor interface of lithium bromide aqueous solution added with 1-octanol

溴化锂水溶液强化吸收的可视化实验研究

Visualizing Investigation on Absorption Enhancement of Lithium Bromide Aqueous Solution

溴化锂水溶液在真空下池沸腾换热的实验研究

Experimental research on pool boiling heat transfer of water-lithium bromide solution at vacuum

溴化锂水溶液绝热吸收过程实验研究

Experimental study on Lithium-bromide aqueous solution adiabatic absorption process

界面湍流下溴化锂水溶液膜流吸收强化的研究

Study on Absorption Enhancement for Flowing Film of LiBr Aqueous Solution Accompanying Interfacial Turbulence

溴化锂水溶液降膜吸收传热传质的研究

Development of research on water vapor absorption into falling film of lithium-bromide / water solution

溴化锂水溶液的比焓分析

Analysis on enthalpy of lithium bromide solution

表面活性介质强化溴化锂水溶液平板降膜吸收实验研究

Experimental investigation on the enhancement of plate falling-film absorption of aqueous LiBr using surface activating agent

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

Using quantum mechanics method to calculate activity coefficient and thermal-dyn amic variables of lithium bromide liquor

水平管簇外溴化锂水溶液膜状布液的降膜流动研究

Research on the Falling Film Flow outside the Horizontal Tubes with Film Distribution of Lithium Bromide Solution

活性介质对溴化锂水溶液吸收过程强化机理的研究进展

The advancement of research on the enhancing mechanism of absorption using lithium bromide aqueous solution with surface-active agent

本文对小雷诺数下溴化锂水溶液的降膜吸收进行了研究。

This paper deals with the down film absorbing process of Lithium Bromide-Water solution under small Reynolds numbers .

结果表明，溴化锂水溶液在缩放喷嘴喉部处易发生空化现象，对溴化锂水溶液自缩放喷嘴喷出后的流型影响较大。

At the nozzle throat , cavitation phenomenon easily occurs , which impacts on the flow pattern of aqueous lithium bromide solution .

目前使用的一般燃油（气）真空锅炉仅能提供100℃以下的供暖或卫生热水，以溴化锂水溶液为工质的新型真空锅炉，可同时供暖、供生活热水及部分低压蒸汽。

The presently used oil / gas fired vacuum hot water boilers can only provide heating or domestic hot water at temperature lower than 100 ℃ .

介绍了溴化锂水溶液池沸腾换热的实验装置，以及溴化锂水溶液在真空条件下的池沸腾换热性能。

An experimental apparatus of the pool boiling heat transfer was developed and an experimental investigation on the pool boiling of water-lithium bromide solution has been conducted .

含添加剂的溴化锂水溶液吸收蒸汽数值模拟国际臭氧协会已经发表了有关如何避免接触溴酸盐水的指南。

Numerical model of the enhancement produced in absorption processes using surfactants Guidelines on how to avoid bromate in water have been published by the International Ozone Association .

本文通过对国产溴化锂水溶液物性的实测数据进行回归分析，提出了溴化锂水溶液的平衡方程和焓-浓度方程。

This paper proposes the equilibrium and enthalpy concentration equations by means of regression analysis based on the measured properties of aqueous lithium bromide solution made in China .

针对溴化锂水溶液沿竖直板翅通道降膜吸收水蒸气的过程，建立了开式系统、间歇式运行的实验台。

According to the LiBr / H 2O solution falling film absorption along the vertical plate fin channel , the open circled experimental setup running in a batch mode is built .

含糖、盐、矿物质的水溶液，通过植物脉管循环。含添加剂的溴化锂水溶液吸收蒸汽数值模拟

A watery solution of sugars , salts , and minerals that circulates through the vascular system of a plant . Numerical model of the enhancement produced in absorption processes using surfactants

采用表面张力仪测量了常温下水、质量分数为60%的溴化锂水溶液的表面张力，与文献中的测量值接近。

Tensiometer is used to measure the surface tension of water and LiBr aqueous solution at room temperature . The experimental value of surface tension is close to the value from literatures .

针对以溴化锂水溶液为工质的水平管吸收器，考虑湿润比和横向对流作用，建立了描述水平管外表面的降膜流动吸收传热传质耦合过程的数学模型。

A numerical simulation model of falling film absorption over horizontal tubes in absorber with LiBr water solution as the working medium was established in consideration of wet ratio and transverse convection .

对一种新型镍合金强化传热管在210～250℃高温溴化锂水溶液中的耐腐蚀性、传热、传质、抗拉强度、耐磨性、胀管气密性等进行了实验研究。

A new nickel alloy corrosion resisting spiral heat transfer tube bundle ( NCST ) which can withstand corrosion at the high temperature of LiBr / H 2O solution has been researched and developed .

计算结果表明：水和溴化锂水溶液表面张力的计算值小于实验值，但随着温度、浓度的变化趋势与实验趋势是一致的。

The computed value of surface tension of water and LiBr aqueous solution is smaller than the experimental value . But the variation tendency with the temperature or concentration of LiBr aqueous solution accords with the experimental results .

在吸收式制冷技术中，提高溴化锂水溶液吸收蒸汽效率的手段主要是采用高效传热传质元件和添加表面活性介质。

In absorption refrigeration technology , there exit two methods to enhance the water vapor absorption into the LiBr aqueous solution : adopting the high efficient components of heat and mass transfer and adding surface-active agents into the LiBr aqueous solution .