insertion - Globe Thesis

Keyword [insertion] Result: 1 - 20 \| Page: 1 of 10
1.	Synthesis And Reactivity Of Organolanthanide Complexes Containing Ln-N And Ln-S Bonds
2.	Synthesis Of Fish-bone Graphite Nanofibers And Carbon Nanotubes And Their Application On Hydrogen Storage System, Lithium-ion Battery And Super-capacitor
3.	Syntheses Of The Metal Complexes Involving Benzimidazole And Their Interaction With DNA
4.	Studies On Synthesis, Interface Electrochemical Properties And Drug Carrier Of Structurally Charged Layered Materials
5.	Chemical Properties Of Nickel Hydride And Cobalt Hydrides With Assistance Of Organophosphorus
6.	One-Dimensional Nanostructured Titanium Oxides: Preparation, Characterization And Electrochemical Properties As Lithium Insertion Hosts
7.	Synthesis And Properties Of Macrocyclic Graft Copolymers Based On The Cyclic PEO-Supported Multifunctional Initiation System
8.	Theoretical Studies On The Mechanisms Of C-N/C Formation And Cleavage Promoted By Transition Metal Complexes
9.	Research On The Characteristics Of Yarn-air Flow Field Stimulated By Series Nozzles
10.	Study On The Synthesis Of Cyclic Compounds And Carbon - Oxygen Bond By Selective Insertion Strategy Of Acetylene Bond
11.	Construction Of Several Kinds Of Nitrogen - Containing Heterocyclic Compounds Based On Isocyanate Insertion Reaction
12.	Rare Earth Metals Enone Activation
13.	New Synthetic Method For Rare Earth Compounds Containing Organic Sulfur Ligands And Reaction
14.	Reaction Of Rare Earth Organic Compounds
15.	Design And Synthesis Of Rare Earth Organic Compounds And Reaction With Carbodiimide
16.	The Rare Earth Metal Organic Compounds Of Sulfur And Ene Imine Activation
17.	Studies On The CuI-catalyzed Photocyclization Of Aryl Azides
18.	Preparation And Li-ion Insertion/Extraction Mechanism Of Novel Vanadate Compounds As High Performance Cathode Materials
19.	Nature Of The Synthesis And Reaction Of The Rare Earth Alkyl Compound Containing Amidino Multicore Study
20.	Study On The Preparation And Aplication Of PVC Nanocomposites
<<First <Prev Next> Last>> Jump to