• 疏水性合作用

    Forces, hydrophobic effect, chelate effect;

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  • 提出一种基于金属离子螯合作用压电免疫传感器新型固定化方法

    A new antibody immobilization approach has been proposed for the piezoelectric immunosensors through metal ion chelation.

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  • 研究结果表明柠檬酸分散、除合作用有助于氰化浸出

    It is found that the dispersing, impurity removal and chelating effect of citric acid help gold cyanidation.

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  • 依据柠檬酸螯合作用乙二醇的空间位效应,获得稀土混合物泡。

    According to the chelation of citric acid and the sterically hindered effect of glycol, the vesicle of rare earth mixture can been obtained.

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  • 植酸对生态环境有正负方面效应,皆合作用氧化结果

    These two effects are the results of its function of chelation and antioxidant.

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  • 硅抑制作物吸收重金属机理主要涉及重金属螯合作用土壤理化性质改变

    The mechanism is involved chelation with heavy mental and changes of physicochemical properties in soil.

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  • 合剂合作用使离子(阳离子)阴离子分离防止酸化作业期间生成氧化铁。

    A sequestering agent USES chelation to separate the iron cation from the anion by chelating to prevent the formation of iron hydroxide during acidizing.

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  • 已有研究表明解毒活性升高靶标不敏感性以及蛋白质螯合作用二化螟抗药性形成关系密切

    The studies revealed that the resistance formation of rice stem borer was closely involved with the increase of detoxifying enzyme activity, target enzyme insensitivity and protein binding.

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  • 纤维的胺肟合基团可以某些金属离子发生合作,增强吸附金属离子的定向性和选择性。

    Chelation can be taken between amidoxime group in amidoxime chelate fiber and some metal ions. The adsorbent has better adsorbability.

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  • 分子有机酸普遍存在于自然环境,其重金属阳离子螯合作用环境中重金属迁移转化重要影响因素

    Low molecular organic acids are commonly present and become an important factor in affecting transformation and transfer of heavy metals in environment.

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  • TTA萃取分离,TTA对锆螯合作用很强硝酸盐酸酸溶液不能破坏它们之间的整合,即对锆的反萃取非常困难。

    When TTA is used to extract zirconium in uranium, the combination of zirconium and TTA is very strong, the concentrated acid of nitric acid and hydrochloric acid can not destroy their combination.

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  • TTA萃取分离,TTA对锆螯合作用很强硝酸盐酸酸溶液不能破坏它们之间的整合,即对锆的反萃取非常困难。

    When TTA is used to extract zirconium in uranium, the combination of zirconium and TTA is very strong, the concentrated acid of nitric acid and hydrochloric acid can not destroy their combination.

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