配体交换反应

用NMR法研究铜（Ⅱ）-氨基酸二元配合物配体交换反应动力学

Kinetic study on the ligand exchange reactions of copper (ⅱ) complex compounds with amino acids by NMR method

~（99）Tc~m-GH与ECD之间的配体交换反应动力学研究

A kinetic study on ligand exchange reaction between ~ ( 99 ) tc ~ m-gh and ECD

采用水热法，以草酸钛钾为反应原料，借助气泡模板和配体交换反应，在玻璃基底上成功沉积了环状的Ti02聚集体薄膜。

Using potassium titanium oxalate as raw material , ring-like TiO2-aggregates film deposited on the glass substrate was successfully synthesized by hydrothermal method though a bubble template strategy and ligand exchanging reaction .

基于手性配体交换反应立体选择性萃取分离氧氟沙星对映体

Enantioselective Separation of Ofloxacin Enantiomers by Chiral Ligand Exchange

利用配体交换反应，对镓络合物进行了研究，实验结果与稳定性规律所预测的结果一致。

The experimental results are consistent with SAS .

高效液相色谱法研究铂（Ⅱ）配合物的配体交换反应

Kinetic study on the ligand exchange reaction of platinum ( ii ) complexes by high performance liquid chromatography

Cu~（2+）的柠檬酸配合物与大环配体交换反应的研究

A Study of Ligand Exchange Reaction between Cu ~ ( 2 + ) - Complexes and Macrocyclic Compound

配体交换反应速差动力学法同时测定稀土混合物的数学模型

The Mathematical Model for Simultaneous Determination of Rare Earth Mixture with Differential Kinetic Analysis by Means of Ligand-Exchange Reaction

高效液相色谱法研究钯（Ⅱ）-N，N-二烷基二硫代氨基甲酸螯合物间的配体交换反应动力学及其平衡

A Kinetic and Equilibrium Study on the Ligand Exchanges between N , N-Disubstituted Dithiocarbamate Chelates of Palladium ( II ) by High-Performance Liquid Chromatography

虽然在各种各样的纳米晶体系中，通过配体交换反应来对纳米晶表面进行修饰已经得到了很大的发展，但是仍没有发现一种能够普遍使用并且非常高效的方法。

Although surface modification based on ligand-exchange reactions has been actively explored in various nanocrystals systems , a generalized and efficient strategy is far from developed .

用2DNMR研究锡配合物配体的交换反应

Study of Ligand Exchange Kinetics for Sn (ⅳ) Complex Using 2D NMR

本研究以多齿NHCs为配体，通过金属交换反应合成了一系列稳定的偶联反应金属催化剂。

We have synthesized a series of air-stable metal catalysts for cross-coupling reactions . These metal complexes based on multidentate NHC ligands were synthesized by carbene transfer reactions .

采用配体交换法对6个二胺基二硫醇类化合物进行99Tcm标记，配体交换率均大于95%，并选择了较为理想的配体交换标记法的反应条件。

Six kinds of diamino dithiol compounds are labeled with 99 Tc m by ligands exchange reaction . Their ligands exchange percentage is over 95 % .