Marinated Beef Tripe

Progress on Boron Recovery From Brine By Precipitation;

沉淀法提取卤水中硼的研究进展

Study on new preparation technology of nano-sized magnesium hydroxide by lime-brine method;

卤水-石灰乳法制备纳米氢氧化镁新工艺研究

Research on Reverse Flotation of Hematite with Bittern in Northwest District;

应用西北地区卤水进行赤铁矿反浮选的试验研究

The Research on Separating and Purifying Bittern by Means of Gore Film;

戈尔膜分离净化卤水的技术研究

Bitterns as coagulants for treatment of printing and dyeing wastewater;

卤水用于印染废水脱色处理的研究

Experiment of extracting boric acid from salt lake brines by D403 resin;

D403树脂从盐湖卤水中提取硼酸的探索试验

Hydrochemical characteristics of brines and application to locating potassium in western Tarim Basin;

塔里木盆地西部古盐矿点卤水水化学特征与找钾研究

The phase diagram and solution properties of the salt lake brine system are obviously important for comprehensive utilization of .

它具有某些特殊的性质 ,被称之为“盐湖卤水体系”。

The researches on phase relationships of the calcium-containing brine system are essential to promote the development for the relative resources discovered in our country at present years.

盐湖卤水资源的成功开发,需以相应的相平衡与相图研究成果为指导,开展含钙多组分卤水体系相平衡的研究,对于我国近年发现的含钙卤水资源的开发利用具有重要的意义。

Study on decoloration of bittern by hydrogen peroxide oxidative;

双氧水氧化盐湖卤水脱色的研究

Stress corrosion of concretes exposed to salt lake bittern;

在盐湖卤水环境中混凝土应力腐蚀行为

Study on decoloration of salt lake brine by granular activated carbon;

颗粒活性炭用于盐湖卤水净化脱色的研究

Research progress of extraction of lithium from salt lake brine;

盐湖卤水提锂的研究进展

The adsorption behavior of the ion-sieve material to lithium from salt lake brine was investigated.

研究了离子筛材料对盐湖卤水中锂的吸附性能。

In light of theorectical analysis of the phase diagram of Na+,Mg2+∥Cl-,SO2-4—H2O system,and based on experiments of low-temperature refrigeraton and room-temperature evaporation of inter-crystal brine in Tulantai salt-saltpeter lake,Inner Mongolia,the processes and parameters for the comprehensive utilization of brine were optimized.

文章在Na+,Mg2+∥Cl-,SO42-—H2O体系相图理论分析的基础上,根据详实的内蒙图兰泰盐硝湖晶间卤水,低温冷冻和常温蒸发室内实验,优化了卤水综合利用的工艺流程及工艺参数,为图兰泰盐硝湖的开发提出了技术上可行、经济上合理的卤水综合利用方案。