螯合的

Chelated Mineral , a complete spectrum of essential minerals, in balanced, highly bioavailable forms.

螯合性矿物质：蕴含完整系列的重要矿物质，配方均衡，极易为人体吸收。

It can be used to flocculate, subside, and remove lead from waste water with low concentration of lead.

实验考察了螯合絮凝剂合成及从含铅废水中除铅的最佳条件。

This article will provide theore tical basis for the high-efficient utilization of hairtail hydrolysis by product chelates by researching the function of protein hydrolysates of chelate by enzymolysis from hairtail waste.

通过对带鱼下脚料水解物亚铁螯合修饰及其功能性研究，为带鱼下脚料水解物的高效利用奠定理论基础。

The results of this study showed that the linalool may lead to increase Fe(superscript 2+) chelating capability.

其结果显示linalool可能是提升SF2、LF2对铁离子螯合能力的主因之一。

At the same time, the fluorescence lifetime of Eu3+ chelates was studied by using PMT and oscillograph.

同时，利用光电倍增管和示波器，研究了铕离子及其螯合物的荧光寿命。

Category Ⅰ: lgβ〓=16～19, lgβ〓=28～32, lgβ〓＞32,Δ～12, such as solochrome violet RS and pyrocatechol violet, they can be employed for determination of Al〓 at pH 4～5, while at pH 8～9 the complex ability of reagents increased obviously, so it can be used for the determination of Al〓.

类试剂：累积稳定常数较大。lgβ〓＝16～19，lgβ〓＝28～32，lgβ〓＞32，△～12。如酸性媒染紫、邻苯二酚紫。该类试剂在酸性pH4～5下可测定无机单核铝，而在碱性pH8～9下测定总单核铝；由于lgβ〓均较大，易和铝形成螯合能力极强的1∶3配合物。

Polyvinyl alcohol amidoxime chelate fiber was synthesised by pre irradiation graft copolymerization and amidoximation.

利用60Co－γ射线预辐照接枝和胺肟化反应合成了含羧基的聚乙烯醇胺肟螯合纤维。

The organic compounds like cyanine, macrocyclic azotic compound, azo-metal complex, metal chelate, benzoheterocycle dye, have been applied to recordable optical discs as the recording materials.

菁类、大环氮杂、偶氮、金属螯合物、苯并杂环等类的化合物已被作为光记录材料进行研究。

Stability of the ruthenium benzylidene complexes can be enhanced by introducing thechelating ligands.

通过螯合配位提高了钌卡宾配合物的稳定性。

The squaric acid, croconate acid, salicylic acid which contain hydroxy can form a big integration anion with Boron, assemble many lithium salts combining with the lithium ion which should have novel structure and a good electrochemical property.

方酸、克酮酸、水杨酸由于含有羟基，能与B形成大螯合阴离子，从而与锂离子可以组装成许多具有新颖结构和良好电化学性质的锂硼盐电解质。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。