1·The potassium compounds are enriched at the lowest water level in the brine lake by the processes of selective solution.
由于选择性溶解作用使钾富集在水位最低的卤水湖内，并在干盐滩与卤水湖之间的平坦湖滨地带形成钾盐层。
2·Seismic velocity and wave impedance properties of brine lake formations are analyzed using 2d seismic data with high resolution factor, forward, inversion and forecasting method for model are studied.
利用高分辨率二维地震资料，分析了盐湖地层地震速度和波阻抗特点，并对模型进行了正、反演及预测方法研究。
3·A fresh supply of yellow froth (probably the same type of elemental sulfur found in the "cool acid-brine" crater lake at Kawa Ijen) is brought up by the plume and pushed out toward the crater wall.
一个新的黄色气泡(与在Kawa Ijen“冷酸海水”火山湖中的元素硫是同一类)是由热烟柱带出湖面，并推向岩壁。
4·The brine, salt minerals, primary minerals, bacteria activity and rock zonation were characterized in discussing the metamorphic and deformation phenomenon in the salt lake deposition.
以卤水、盐类矿物、原生矿物、细菌活动以及岩石分带为特征阐明了盐湖沉积中的变质和变形现象。
5·This paper discusses the process of changes in brine composition of Yuncheng Saline Lake and possible cause. Advice is made on balanced exploitation of Yuncheng Saline Lake.
介绍了运城盐湖卤水组成的变迁过程以及产生这些变迁的原因，并对运城盐湖的平衡开采提出了建议。
6·This paper discusses the process of changes in brine composition of Yuncheng Saline Lade and possible cause. Advice is made on balanced exploitation of Yuncheng Saline Lake.
介绍了运城盐湖卤水组成的变迁过程以及产生这些变迁的原因，并对运城盐湖的平衡开采提出了建议。
7·Finally, the mineralization of the oil (gas) resources and potassium abundant brine water in the salty lake have been predicted and the exploration and exploitation ways have been proposed.
据此，对于石油(气)藏和盐湖富钾卤水等资源开展了成矿予测，并且指出了勘查开发方向。
8·Based on the principle of reaction crystallization, a new technology of direct crystallization of boric acid from the brine of salt lake by acidification at room temperature.
利用反应结晶原理，研究了室温酸化盐湖卤水直接结晶硼酸的新工艺。
9·Meantime, we have also studied the effect of dissolved oxygen on the carbon steel's corrosion in Saline Lake Brine.
同时采用电化学方法研究了溶解氧对碳钢在盐湖卤水中腐蚀行为的影响。
10·Using these transducers in the automatic observing system for the dynamic states of the brine in Qarhan salt lake, good results have been achieved.
这些传感器用于察尔汗盐湖卤水动态自动观测系统中，取得了满意的效果。