1) desalination of salty water
盐水淡化
2) brine
盐水
1.
Development and application of refining process of brine;
盐水精制工艺的发展及应用
2.
Simulation and analysis of diphenylmethane diisocyanate brine extract process;
二苯基甲烷二异氰酸酯盐水萃取过程模拟分析
3) salt water
盐水
1.
The corrosion process and mechanism of 55%Al-Zn alloy coating in salt water were illuminated.
采用全浸、半浸和盐雾等试验方法研究了钢板热镀 5 5 %Al-Zn合金镀层在 3%NaCl的盐水溶液中的腐蚀行为 。
2.
The experiments of the refrigeration of diluted salt water and the partial melting of salt-containing ice to acquire fresh water have been done.
进行了低浓度盐溶液的冷冻及含盐冰的部分融化实验 ,实验表明柴达木盆地盐湖区的盐水可通过自然冷冻实现浓淡分离 ,盐溶液自然冷冻以及含盐冰部分融化的脱盐效果都有相应的最适宜温度范围 ,所以随着冷季温度的变化处理相应浓度的盐水才能取得最佳效果。
3.
It has a well corr-osion inhibiting efficiency in salt water or mud.
通过采用胺类和卤代烷反应 ,合成出在盐水及泥浆介质中具有较好缓蚀效果的缓蚀剂 HZ- 1 。
4) Saline Solution
盐水
1.
High-dose furosemide and hypertonic saline solution infusion for treatment of senile patients with refractory congestive heart failure;
高渗盐水合并大剂量呋噻米治疗老年难治性心力衰竭疗效的观察
2.
Twenty-four patients received topical treatment,including immersion bath with hypertonic saline solution and the application of epidermal grow.
24例采用高渗盐水浸泡,外用表皮生长因子、成纤维细胞生长因子及复合溶菌酶消毒剂等换药治疗。
3.
Objective To explore the changes in ionic pump functions of cardiomyocyte cell membrane and the effects of compound hyperosmotic saline solution.
方法成年Wistar大鼠96只,随机分成高渗盐溶液组(HSH组)和生理盐水组(NS组),每组48只。
5) saline resistant
耐盐水
1.
The toughness and saline resistant of DAIP were improved significantly by maleinized ploybutadiene.
研究了顺酐化聚丁二烯(MPB)对间苯二甲酸二烯丙基酯(DAIP)树脂浇铸体冲击性能、耐热性能、介电性能以及耐盐水性能的影响。
6) saline mud
盐水泥浆
1.
Analytical correction method and its application in saline mud-log in Liaohe tidal zone and shallow water area;
辽河滩海地区盐水泥浆测井资料分析校正方法及应用
2.
Because it is difficult to identify the reservoir fluid accurately under saline mud condition in Kuihuadao oilfield, we have carried out a research on the method of identifying reservoir fluids in the oilfield using plenty of production test or production data and 3700 logging data to improve the coincidence rate.
针对葵花岛油田在盐水泥浆条件下准确识别储层流体存在一定的难度,为了不断提高该油田储层流体识别的符合率,本文充分利用该油田比较丰富的试油投产资料及3700测井资料,开展了该油田储层流体识别方法研究,建立了该油田油气水层及气层识别图版,同时应用模糊逻辑方法建立了葵花岛油田模糊逻辑储层流体识别模型,并应用该模型对该油田内各井进行储层流体识别,最后结合上述图版及模糊逻辑储层流体识别成果,综合划分了该油田各井的有效厚度,重新计算了原油天然气地质储量,圆满完成了葵花岛油田的储量套改工作。
参考词条
补充资料：除盐淡化
分子式：
CAS号：
性质：为补充用水的不足，从海水或地下咸水得到淡水称为除盐淡化。目前已大规模工业化的方法是蒸发法，特别是多级闪蒸法。处理咸水的电渗析法亦已工业化，冷冻法与反渗透法尚处于开发阶段。
CAS号：
性质：为补充用水的不足，从海水或地下咸水得到淡水称为除盐淡化。目前已大规模工业化的方法是蒸发法，特别是多级闪蒸法。处理咸水的电渗析法亦已工业化，冷冻法与反渗透法尚处于开发阶段。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。