1) salting out tank
脱盐槽
2) seasoning tank
脱盐槽
3) desalination
脱盐
1.
Enhanced nanofiltration for the desalination of reactive blue dye solution with stirring shear;
搅拌剪切力强化纳滤脱盐精制活性蓝染料溶液
2.
The influence of the techniques on desalination characters of active carbons by electric adsorption;
不同工艺对活性炭电吸附脱盐性能的影响
3.
Study on macroporous adsorption resins desalination for hydrolysate of casein;
酪蛋白酶解液的脱盐纯化方法研究
4) desalt
脱盐
1.
Effect of The Electric Desalt Unit’s Reformation on The Catalytic Cracking Unit;
电脱盐的改造及影响效果
2.
The hydrolysate was desalted and the amino acid content was also obtained.
并对酸解产物进行氨基酸分析和脱盐。
3.
6% activated charcoal, and then precipitated using 3 times volume of ethanol, the crude polysaccharide was desalted with diluted ethanol (75%), followed by hot air drying at 60 ℃; the product was white and water soluble easy.
8%;乙醇为沉淀剂,用量为发酵液体积3倍;多糖沉淀再用体积分数75%乙醇洗涤3次脱盐,多糖得率90。
5) desalting
脱盐
1.
Research on the preparation and desalting of silk fibroin;
丝素蛋白的制备与脱盐研究
2.
On desalting mineralized mining water;
海州矿高矿化度矿井水脱盐试验研究
6) desalinization
脱盐
1.
The solubility of the inorganic salt is quite low in near-and super-critical water,and this makes desalinization in supercritical water possible.
无机盐在超(近)临界水中的溶解度极低,这为超临界水脱盐的研究提供了理论依据。
2.
This paper studies the optimum formulation of the preserving solution used for the liquid storage of fresh kiwi fruit slices at normal temperature and the key technology conditions of desalinization, coloring and saccharification of the processed preserved fruits with the fresh kiwi fruit slices as the raw material.
研究了常温下液藏鲜切猕猴桃片的保鲜液最佳配方与以其为原料加工果脯的脱盐、上色、糖制等关键工艺条件。
3.
Under the conditio n of the flow rate of 10vol /h,the hy-drolysates reclamationrateexceed ed 87%andtherateofdesalinization was noless than90%afterpassingthr ough the exchange resins.
本研究用离子交换树脂对蛋清蛋白质水解液进行脱盐处理,在10倍柱体积/h的流速下,氮回收率为87%,脱盐率可达90%以上;实验结果还表明,水解液在温度高于50℃时有明显异味,环状糊精能有效改善产品的风味。
7) demineralization
脱盐
1.
The text mainly focuses on the decolorizing,demineralization and isolation ways of xylooligosaccharides that often be used at home and abroad.
综述了低聚木糖的常见分离纯化技术,对国内外低聚木糖的脱色、脱盐和单组分分离技术进行了简要的介绍。
2.
The mechanism of continuous demineralization using EDI technology is explained through describing the effects of the salinity and flow rate of raw water on the applied electric current.
介绍了EDI技术的基本特点,通过描述原水中含盐量和流速对膜堆的电流的影响,对EDI连续脱盐的机理加以解释。
8) desalinisation
脱盐
9) salt exclusion
脱盐
10) salt removal
脱盐
补充资料：脱盐
分子式：
CAS号：
性质：以物理、化学方法去除海水或苦咸水中盐分的过程。也是生物产物提取精制中的一个常见的步骤，脱盐常不但指去除离子还包括去除不带电荷的小分子物。经脱盐后的水可用作饮用水、生产用水或冷却水。有蒸发法、电渗析法、离子交换法、冷冻法和反渗透法、化学沉淀法等，其中以多级闪蒸法为主，电渗析和反渗透膜法不多用。膜分离法比闪蒸法成本高，但较灵活。脱盐后的废水，由于被盐饱和并析出沉淀，会导致管路堵塞或引发其他问题，应引起注意。
CAS号：
性质：以物理、化学方法去除海水或苦咸水中盐分的过程。也是生物产物提取精制中的一个常见的步骤，脱盐常不但指去除离子还包括去除不带电荷的小分子物。经脱盐后的水可用作饮用水、生产用水或冷却水。有蒸发法、电渗析法、离子交换法、冷冻法和反渗透法、化学沉淀法等，其中以多级闪蒸法为主，电渗析和反渗透膜法不多用。膜分离法比闪蒸法成本高，但较灵活。脱盐后的废水，由于被盐饱和并析出沉淀，会导致管路堵塞或引发其他问题，应引起注意。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条