Ligand exchange - Globe Thesis

Keyword [Ligand exchange] Result: 1 - 20 \| Page: 1 of 6
1.	Design And Synthesis Of High Valent Complexes As Model For OEC In PSII
2.	Preparation And Application Of Macrocyclic Antibiotics And Ligand Exchange Chiral Stationary Phases
3.	Synthesis And Characterization Of Heterocycle Containing Diiron Azadithiolate Complexes As The Active Models Of Hydrogenase
4.	Study On The Synthesis And Catalytic Hydrogen Evolution Properties Of The Iron Sulfur Cluster Complexes Of Fe-Hydrogenase Active Site
5.	Study On The Enantioseparation Of Amino Acids And Enzyme Kinetics By Ligand-exchange Capillary Electrophoresis
6.	Preparation Of Functional Room Temperature Ionic Liquids For The Separation Science
7.	Investigation On The Gas Phase Ion Chemistry Of Thiosemicarbazones In ESI-MS~n
8.	Studies On Synthesis Of N-oxazoline Phenylacrylamides Bonded Chiral Stationary Phases And Evalution Of Their Chiral Resolution Ability
9.	Synthesis And Interfacial Assembly Of Chiral Macrocyclic Polyamine-Mn(Ⅱ) Complexes And Their Superoxide Dismutation Ability
10.	Preparation Of L-proline And Tetrazole-based Stationary Phase And Their Chromatographic Properties
11.	Chiral Stationary Phases Based On Optically Active Polymers: Synthesis And Their Chiral Resolution Performance
12.	Surface Functionalization Of Semiconductor Nanoparticles And Their Composite In Polymer Matrix
13.	Synthesis And Chiral Separation Of β-amino Acids
14.	Study On Ligand Exchanged Materials And Methods For Arsenic Removal
15.	The Study On Enantioselctive Ion Electrodes
16.	Synthesis Of Titania Monolithic Column And Its Application In Separation Of Phosphatidylcholine
17.	Synthesis Of Titania Monolithic Column Using A Biocompatible Method And Its Application In Separation Of Saccharide Compounds
18.	Isolation And Identification Of Sulfur Compounds In Saturates And Aromatics From Residue
19.	The Influence Of Surface Ligands On Morphology, Self-assembly Properties And Optical Properties Of Inorganic Semiconductor Nanocrystals
20.	Synthesis Study Of Amino Acid Ligand-exchange Stationary Phase
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