概述了螯合树脂的选型。
目的：利用大孔螯合树脂建立一种新的中药重金属污染的处理方法。
AIM: To find new methods for heavy metals pollution in traditional Chinese medicine (TCM) with macroporous chelating resins.
采用氨基磷酸螯合树脂对酸性溶液中的铟、镓进行了吸附分离研究。
Separation and recovery of indium and gallium ions in acidic solution with the macroreticular chelating resin containing aminomethylphosphonic acid groups(D418) was investigated.
用8羟基喹啉、甲醛、间苯二酚及苯磺酸钠作原料合成了一种螯合树脂。
Formaldehyde 8 hydroxyquinoline sodium benzene sulfonate resorcinol copolymer described as chelating ion exchange resin was synthesized.
本文总结了国内外关于8-羟基喹啉螯合树脂的制备方法，树脂性能及其应用。
This review with 54 references on the preparation and application of 8 -hydroxyquinoline resins.
结论：大孔螯合树脂d401和D402可以用于中药粗提物中超标重金属的处理。
CONCLUSION: Macroporous chelating resins (D401 and D402) can be employed in the treatment of excessive heavy metals in crude extracts of TCM.
研究了NP型螯合树脂珠作为质谱样品载体，对铀同位素进行热电离质谱分析的方法。
NP-type chelate resin beads is used as a carrier of samples in the isotopic measurements of uranium by mass spectrometry.
本文探讨了NP型螯合树脂对铀的吸附性能，并与强碱性阴离子交换树脂进行了比较。
This paper discusses the adsorption properties of uranium by the NP-type chelate resin and compares them with those of the strong basic anion exchange resin.
偕胺肟型螯合树脂以其特殊的官能团结构、优良的吸附性能而成为从海水中提取铀的最佳材料。
Amidoxime resin is the best uranium absorption material in the sea water due to its special structure of functional group and excellent absorption property.
本文对用螯合树脂分离水中无机铝和有机铝的方法、螯合树脂的制备及其对无机铝的交换进行了探讨。
Photooxidation of organic aluminium compounds was studied using Chelex-100 resin to separate inorganic aluminium from the system.
综述了近些年来改性壳聚糖的应用研究，着重介绍了改性壳聚糖在固定化酶膜材料和螯合树脂方面的应用。
The applicative study of modified chitosan in recent years were reviewed. The application in immobilized enzyme, composite material and chelate resin were esperially reviewed.
本发明提供的重金属螯合树脂能够高效、迅速、便捷地去除多种农药残留，对环境友好且具有工业化前景。
The heavy metal chelate resin provided by the invention can remove various residual pesticides efficiently, quickly and conveniently, is environmentally-friendly and has a good industrial prospect.
本文利用ICP化学光谱法对自合成的聚乙烯乙二胺大孔螯合树脂富集分离微量金、铂、钯、铱进行了研究。
ICP chemical spectrometry of enriching and separating trace Au, Pt, Pd and Ir by using Poly (vinyl-ethylenediamine) was established.
讨论了螯合树脂对各微量元素的富集性能、吸附速率和富集机理，并进行了样品的分析，获得了较满意的结果。
The performance, rate and mechanism of the chelate resin enriching the trace elements have been investigated. The analysis of samples have been performed with satisfactory results.
由于修饰在电极上的螯合树脂与铜离子在进行离子交换的同时发生螯合反应，故本法具有较好的选择性和较高的灵敏度。
As the chelating resin in the electrode can exerts a concerted effect of ion exchange and coordination with copper, this method produces a high sensitivity and selectivity.
由于修饰在电极上的螯合树脂与铜离子在进行离子交换的同时发生螯合反应，故本法具有较好的选择性和较高的灵敏度。
As the chelating resin in the electrode can exerts a concerted effect of ion exchange and coordination with copper, this method produces a high sensitivity and selectivity.
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