bitter salt

Application of Bitter-Salt Water Desalination Unit on Desert Oilfields

苦咸水淡化装置在沙漠油田的应用

The paper also makes multivariate regression analysis by using the method of mathematical statistics, finds out reasonable and technical indexes and provides a feasible way for developing and utilizing high fluoride content water, bitter water and salt water in northwestern region.

采用数理统计方法进行多因素回归分析，找出了合适的技术指标，为西北地区的高氟水及苦水、咸水的开发利用寻求了一条切实可行的途径。

According to relationship between the groundwater recharge and discharge, study the groundwater system of bitter salt water resources in HuangHua.

根据地下水补给、排泄相互之间关系，研究黄骅市苦咸水地下水系统。

Results ACEI caused the damage of salt taste and bitter taste Zinc sulfate could treat it.

结果肾素血管紧张素主要导致咸味和苦味损伤,硫酸锌对此有治疗作用.

But I rarely think of the mom and only flying and traveling myself, ignored the mother's bitter salt.

但我很少想起母亲。我只顾自己飘着，飞着，忽略了母亲的咸苦。

A bitter salt used in detergents.

一种苦味的盐，用于清洁剂中。

Patients in control group were given wet compress of 50% bitter salt.

对照组采用50%硫酸镁湿敷。

Bitter and salt water is due to ancient geographical environment, geomorphic feature, climate condition, geological structure and salt accumulation.

苦咸地下水的形成是古地理环境、地貌、气候条件、地质构造和积盐作用共同导致的结果；

A Control System Of the Bitter-salt Water Desalination Device

苦咸水淡化装置控制系统

Curative effects of 50% bitter salt in treating postcesarean haemorrhoid

50%硫酸镁治疗产后痔疮的疗效观察

Based on the use of bitter salt water resources in the industry, agriculture production and dairy life, analyze application of the different mineralization bitter salt water resources in agriculture, industry, lives, breeding industry, and the planting industry.

基于工农业生产及生活对苦咸水资源的利用，分析不同矿化度的苦咸水资源在农业上、工业上、生活上、养殖业和种植业上的利用。

The evaluation of bitter salt water resources.

苦咸水资源评价。

A novel YWY-typed organic phosphorus corrosion inhibitor was synthesized and researched by weight corrosion value, potentiodynamic method and SEM under the condition of bitter salt water.

研制了一种新型YWY有机膦缓蚀剂，应用重量法、电化学方法及扫描电镜等手段对合成的有机膦缓蚀剂YWY在苦咸水条件下的缓蚀性能及其缓蚀机理进行了研究。

According to bitter salt water resources ground water system in Huanghua, Analyze the effect of precipitation infiltration recharge coefficient, irrigation field infiltration coefficient, and diving evaporation coefficient on this system. Consult related materials and choose the suitable hydro-geological parameters.

根据黄骅市苦咸水资源地下水系统，分析影响该系统的降水入渗补给系数、灌溉田间入渗补给系数、潜水蒸发系数等的因素，参考相关资料，选取合适该系统的水文地质参数。

The monitoring for new born with pulmonary artery High pressure treated bitter salt

硫酸镁治疗新生儿肺动脉高压的监护

According to the certain hydrogeology parameters, Subentry calculate the supplying and egesting of different mineralization bitter salt water resources. Combined with the actual situation in the study area, select appropriate exploitation coefficient, Calculate the available different mineralization bitter salt water resources.

根据确定的水文地质参数，分项计算不同矿化度苦咸水资源的补给量和排泄量，结合研究区实际情况选取合适可开采系数，计算不同矿化度苦咸水资源可开采量。

The effects of the gangue granularity, the temperature of the system, the heating time, the concentration of sulfuric acid, the ratio of liquid to solid on preparation of bitter salt are discussed.

首先考察酸浸蛇纹石尾矿制备硫酸镁的工艺方法，讨论在常压下矿粉粒度、反应温度、反应时间、硫酸浓度、液固比对制备硫酸镁的影响。

Salt and cloud and the bitter spray.

是那盐、云和苦涩的浪.

The Study of Taste Sensor& Qualitative Determination of Sour 、 Sweet 、 Bitter and Salt Substances With a New Liquid Memberane Oscillation System by Computer

味觉传感器的研究&计算机对一个新的液膜体系中酸、甜、苦、咸物质的定性识别

Objective To study the effect of bitter salt for treating severe infantile pneumonia with dyspnea.

目的研究硫酸镁治疗婴幼儿重症肺炎呼吸困难的疗效。

According to the available different mineralization bitter salt water resources and the distribution of different mineralization bitter salt water resources, gain the distribution rule of bitter salt water resources.

根据计算出不同矿化度苦咸水可开采利用资源量以及不同矿化度苦咸水的分布，得到该地区苦咸水资源的分布规律。

Using the multi-information merging technology based on fuzzy processing, the electrical oscillation waveforms of liquid membrane are analyzed and the tasteful substances ( including sweet, acid, bitter and salt) are recognized by computer.

首次引入基于模糊处理的多信息融合技术，用计算机对四种有味物质液膜表面产生的电位振荡波形进行了分析和处理。

Conclusion hyaluronidase pharmaceutics is effective in treating thew swelling resulting vein infusion leakage and excelled the clinically common used 10% bitter salt wet packing, it's could be widely used in clinical practice.

结论透明质酸酶制剂治疗药物静脉外渗所致肿胀具有良好效果，明显优于临床常用的10%硫酸镁湿敷法，可广泛应用于临床。