H-bonds - Globe Thesis - Globe Thesis

Keyword [H-bonds] Result: 21 - 40 \| Page: 2 of 10
21.	The Synthesis Of C5-modified 8-aminoquinolines Via The C(sp~2)-H Bonds Functionalization
22.	Sp~3 C-H Bonds Activation Through Radical Process
23.	Exploration Of Nickel Complexes Supported By Trimethylphosphine In Activation And Functionalization Of C(sp~2)-Cl And N(sp~3)-H Bonds
24.	Study On Arylation Of Heterocycle C-H Bonds Catalyzed By CuO Nanospindles
25.	The Synthesis Of C~8Modified Purine Nucleosides By The Direct C-H Bonds Functionalization With Grignard Reagents
26.	Studies Of Transition Metal-Catalyzed Oxidative Functionalization Of Sp~3C-H Bonds Adjacent To Heteroatoms
27.	Studies On The Transformation Of P(O)-H Bonds And Its Applications In Organic Synthesis
28.	Catalytic Activation And Transformation Of C-F, C-N, C-S And C-H Bonds
29.	Study On The Novel Synthesis Of Esters And Intramolecular Functionalization Of C-H Bonds Adjacent To Nitrogen
30.	Study On The Construction Of C-C/C-N Bond Based On C-H Bonds Activation
31.	Studies On Transition Metal And Br(?)nsted Acid Catalyzed C-H Bond Functionalizations
32.	TEMPO Catalyzed Oxidation Of C-H Bonds And The Investigations Of Related Mechanism
33.	Palladium-Catalyzed Methylene C(sp~3)-H Functionalizations Directed By The Newly Developed Bidentate Pip Amide Auxiliary
34.	Study On The Radical Involved Direct C(sp~3)-H Bonds Functionalization
35.	Study On Mesoporous Transition Metal Oxides For Activation Of The C-H Bonds In Methane And Methane Catalytic Combustion
36.	N-O As Directing Group For The C-H Bonds Functionalization
37.	Synthesis Of Dibenzo [a,f] Quinolizine Derivatives And Chiral Fluorinated Compounds Via Direct Functionalization Of C-H Bonds
38.	Ir(â…¢)-Catalyzed Intermolecular Amidation Of Unactivated Secondary Csp~3-H Bonds And Cu(â… )-Catalyzed Reductive Coupling Of Alkenes With Alpha-Imino Esters
39.	Copper-Catalyaed Oxidation Of Aromatic C-H Bonds Under Oxygen Atmosphere
40.	Study On Arylation And Alkenylation Of Heterocycle C-H Bonds Catalyzed By CuO Nanoparticles
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