The bromine was supported on a kind of ion exchange resin.
制备了一种新型的溴化试剂——载溴阴离子交换树脂。
Ion exchange fibre is a newly developed ion exchange agent.
离子交换纤维是一种新型的高效的离子交换剂。
The study of pervaporation through ion exchange membranes is reviewed.
本文介绍了离子交换膜的渗透汽化研究工作。
In the power industry, ion exchange is widely used in makeup water preparation.
在电力工业中，离子交换被广泛用于补充水的处理中。
Ion exchange is one of practical measures to treat electro-plating wastewater for reuse.
离子交换法处理电镀混合废水是一种较为实用的回用技术。
Ion exchange and hydrothermal reactions of zeolite under alkaline conditions are studied.
对碱性条件下的分子筛离子水热交换反应进行了研究。
Ion exchange softening Series: If Mobile - bed tower, Combined softener and Automatic softener.
离子交换软化系列：如三塔流动床、组合式软水器和全自动软水器。
The paper discussed the separation of Xylitol, Arabitol and Sorbitol by Ion Exchange Chromatography.
本文研兖了木糖醇、阿糖醇、山梨糖醇在离子交换树脂层析柱上的分离。
The pair of Yin and ion exchange membrane between filling mixed ion exchange resin was formed a EDI unit.
在一对阴阳离子交换膜之间充填混合离子交换树脂就形成了一个EDI单元。
Either diatomite or ion exchange resin can be selected as regenerator according to customer's requirement.
根据用户需要可以采用硅藻土过滤器或离子交换树脂过滤器作为再生过滤器。
In this paper, the microstructure of Spent ion Exchange Resin ASC cement-solidification matrix was studied.
研究了特种水泥(asc)树脂固化体的微观结构。
Yin and Yang ion exchange membrane by ion exchange resin mixed between the space occupied called freshwater room.
阴阳离子交换膜之间由混合离子交换树脂占据的空间被称为淡水室。
Application of ion exchange softening method, can make steam boiler feed water hardness meet eligibility criteria.
应用离子交换软化法，可使蒸汽锅炉给水的硬度达到合格标准。
The treatment to Zincic waste water by amphoteric ion exchange resin was investigated by static adsorption method.
利用静态吸附方法，研究两性离子交换树脂处理含锌的废水。
The method to determine trace gold in rock salt samples with ion exchange separation and enrichment is approached.
探讨了用离子交换分离富集极谱法测定岩矿样品中的痕量金的方法。
Water purification material Series: if Quartz sand, Activated Carbon, Manganese sand, Anthracite, and ion exchange resins.
水处理填料系列：如石英砂、活性碳、锰砂、无烟煤和离子交换树脂。
Planar optical waveguides in glass have been fabricated with field-assisted ion exchange and thermal ion exchange technology.
使用电场辅助离子交换和热离子交换技术在玻璃基片上制作了平板波导。
The continuous ion exchange process was analysed through the concept of probability density and conversion distribution function.
引用概率密度的概念，即转化率分布密度函数对连续离子交换过程进行分析。
Ion exchange fiber is a kind of material whose function covers ion exchange, absorption, dehydration, catalysis and decoloration.
离子交换纤维是一种纤维状离子交换材料，其功能包括离子交换、吸附、脱水、催化、脱色等。
And compared to fixed bed ion exchange process, the moving bed ion exchange process has relative superiority and value of promotion.
指出移动床离子交换工艺相对固定床离子交换工艺的优越性及推广价值。
Ion exchange resin is a new type FRF processing technology, whose capacity is 7 times higher than diatomite and it can decompose phosphate.
离子交换树脂是最新的抗燃油处理技术，其处理酸的能力是硅藻土的7倍，并且对已经存在的磷酸金属盐有分解作用。
Arsenic is separated from the bismuth matrix by ion exchange method and determined by hydride generation atomic absorption spectrophotometry.
该方法用离子交换将砷同基体铋分离，然后用氢化物发生原子吸收光谱法测定。
This paper summarizes the application of ion exchange membrane technique in tungsten metallurgy industry, and forecasts it's broad prospects.
综述了离子膜技术在钨冶金中的应用，展望了它的应用前景。
Adopting the ion exchange resin to separate SAM and proved that the method had the advantages of the simple craft and the high recovery rate etc.
采用离子交换树脂分离sam，证明离子交换法提纯SAM具有工艺简单，回收率高等优点。
According to experiments the optimum conditions for extraction, decolorizing carbon and ion exchange are given, and the contents of produced syrup are analysed.
通过多次实验，确定了浸提、活性炭脱色和离子交换脱盐等过程的较优工艺参数，同时对成品糖浆的成分进行了测定。
With functions of adsorption, ion exchange and chelation, it is natural growth-regulating hormone of green plants to promote the nutrition absorption of plants.
是绿色植物的天然生长调节激素，促进植物对养份的吸收。
Analysis of the poisoned ion exchange resin proves that the pollution of ion exchange resin by iron compound is the main reason leading to exchanging ability reduction.
通过对中毒离子交换树脂的分析，证实离子交换树脂被铁化物污染是导致离子交换树脂交换能力有所下降主要原因。
Analysis of the poisoned ion exchange resin proves that the pollution of ion exchange resin by iron compound is the main reason leading to exchanging ability reduction.
通过对中毒离子交换树脂的分析，证实离子交换树脂被铁化物污染是导致离子交换树脂交换能力有所下降主要原因。
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