Evaluation of Calculation Methods of Water Activity in Natural Brine

Determination of Sodium in Natural Brine of Salt Lakes by Digital Thermometric Titration

数字式温度滴定法测定盐湖天然卤水中的钠

Directly Producing Sodium Bicarbonate Using Natural Brine and Ammonium Bicarbonate by One Step

天然卤水与碳酸氢铵直接法生产食品级小苏打试验

Anti-wrinkle and skin-moisturizing effects of minerals and algae in brine water from Shanxi Yuncheng Salt Lake

山西运城盐湖水中的矿物质、盐藻对皮肤的保湿和抗衰老作用

The hydrogeochemical characteristics and genesis of the brine water and its exploration and development prospects are emphatically expounded in the paper.

本文着重论述三叠系雷四段富钾富硼高浓卤水的水文地球化学特征和成因及其勘查开发前景。

The underground brine water could be used for Penaeus chinensis culture if its salinity and main ion content were adjusted.

地下卤水经盐度及主要离子含量的调节后，用于养殖中国对虾，能防止病毒性虾病的发生。

The laboratory studies on pore structure and electrical properties of core samples fully saturated with brine water

完全含水多孔岩石电学性质及其孔隙结构实验研究

An Experiment on Cultivation of Penaeus chinensis with Underground Brine Water

地下卤水养殖中国对虾试验报告

Treatment of Acid Underground Brine Water and Choice of Treating Materials

地下井盐水的碱化处理及材料选择

A simple introduction to the technological improvement on the production of primary potassium salt brine Results of experiments show: potassium salt excels sodium salt in defluorination;

浅述一次钾盐水生产技术的改进实验结果表明，钾盐的脱氟效果优于钠盐；

Some to Atlantica's bays, and so to the great salt brine.

亚特兰蒂斯港湾，巨大的盐湖变浅。

A study on the solution isopotential control method for stray current corrosion of salt brine preheaters

溶液等电位法用于盐水预热器杂散电流腐蚀的研究

Reflections on the Exploitation of Associated Natural Gas in Salt Brine Mine in Penglai Structure

蓬莱构造盐卤矿区伴生天然气开发思考

It is rich in the local deposits of salt brine and natural gas.

它是富有的在含盐的甜盐水和天然气的地方性的存款中。

Chemical composition variation in groundwater caused by salt brine water intrusion and its affection to environment in Weifang Area

潍坊咸-卤水入侵引起的地下水化学成分变化及其对环境的影响

Investigation of Removing Calcium and Magnesium Ions from Well and Rock Salt Brine by TD-11 Adsorbent

TD-11吸附剂对盐矿卤水中钙镁离子吸附净化实验研究

A unit with a9-pound salt setting will put3 gallons of water back into the brine tank ( 3 inches) after a regeneration.

一个需要9磅盐再生的系统需要在再生结束后返回3加仑的水到盐箱中（3英寸高度）。

The water softener system could be short-brining itself due to the salt "mushing" at the bottom of the brine tank.

当盐在盐箱底部的盐浆中分解的时候这种情况可能会发生。

In the second example with the24-inch-diameter brine tank, determine the height a grid should be for a60-pound salt setting.

在第二个例子当中，使用的是24英寸直径的盐箱，根据60磅盐的量来觉得盐格栅的高度。

As mentioned earlier, checking the salt and water level in a brine tank can guide you in solving a system's problem.

正如之前提起到的，检查盐箱中的水和盐的高度可以知道你解决系统中的问题。

As there is no need to discharge the brine to sea from cooling tower, the ecological impact on ocean is eliminated.

海水冷却塔无需向大海排出部分浓缩海水，完全杜绝了给海洋造成的热污染和生态影响。