1.
Such a constant-boiling solution is called an azeotrope.
这样的恒沸溶液叫做共沸物。
2.
Study on the Separation of Azeotropic Organics/Water Mixtures by Using Inorganic Salts;
采用无机盐分离恒沸有机水溶液体系的研究
3.
Equilibrium calculation of inorganic salt-azeotropic organics/water system
无机盐-恒沸有机水溶液体系相平衡计算
4.
The solution in the test tube is boiling away.
试管里的溶液不住地沸腾着。
5.
Boiling Point Rise of Dilute Solution and Vapor Distillation: Are They Contradicted;
稀溶液沸点升高与水蒸汽蒸馏矛盾吗
6.
The Boiling Point Rising of the Mixed Solvent Dilute Solution and Its Constants Calculation;
混合溶剂稀溶液的沸点升高及其常数的推算
7.
Boil the liquid until the onionskins lose their color, about 45 minutes,.
煮沸溶液直到洋葱皮褪色，大约要45分钟。
8.
Add 10 ml 0.05 M potassium permanganate (KMnO4) and then put it in a 95-100 c water bath for 30 minutes.
加入10亳升的0.05M高锰酸钾溶液(KMnO4),沸水浴30分钟。
9.
Adsorption Properties of ZSM-5 Zeolite on Lead Ions in Water
ZSM-5沸石对水溶液中铅离子的吸附性能
10.
Simulation of Dividing-Wall Azeotropic Distillation Column for Separation of Isopropyl Alcohol and Water
隔壁共沸精馏塔分离异丙醇水溶液的模拟
11.
The four properties, vapour pressure lowering, freezing point depression, boiling elevation, and osmotic pressure, are known as the colligative properties of solutions.
溶液的这四个特性：蒸汽压下降、凝固点降低，沸点升高和渗透压，称为溶液的依数性。
12.
Glass--Resistance to attack by boiling aqueous solution of mixed alkali--Method of test and classification
GB/T6580-1997玻璃耐沸腾混合碱水溶液浸蚀性的试验方法和分级
13.
the higher the initial solution concentration,the greater the adsorption capacity of zeolite to phosphorus,the longer the equilibrium time of adsorption;
初始溶液浓度越高,沸石对磷素的吸附量越大,吸附平衡时间越长。
14.
Determination of Equilibrium Vapor Composition from the Vapor Pressure or Boiling Point of the Solution by Direct Method
由溶液蒸汽压或沸点确定平衡气相组成的直接法
15.
Study on characterization of mercury sorption by natural and thiol modified zeolites
天然和巯基改性沸石吸附水溶液中重金属Hg~(2+)的特征研究
16.
selective azeotropic distillation
选择性溶剂共沸蒸馏
17.
This equation is the local equation of mass conservation of a species in solution.
这个方程就是溶液中一种组分的局部质量守恒方程。
18.
This flask is charged with 3800ml of chloroform. The resulting solution is then heated to the boil using two IR lamps fitted to the bottom of the flask.
烧瓶中装入3800ml氯仿。产生的溶液用安装在烧瓶底部的两盏红外灯加热至沸点