| 1 |
GO–metformin–Cu |
Synthesis
of primary amides from aromatic aldehydes |
(9) |
| 2 |
Zinc composite based on modified GO: an effective
catalyst |
CO2 fixation causes N-formylation
and carbamate
formation |
(103) |
| 3 |
GO |
Kabachnik–Fields reaction |
(11) |
| 4 |
Sulfonated GO catalyst |
Glycosylation
reactions |
(12) |
| 5 |
Palladium supported
on chitosan–GO |
Hydrogen generation from formate |
(10) |
| 6 |
GO |
Green synthesis of dihydropyrimidine
based on cinnamaldehyde |
(104) |
| 7 |
Cu(II)
Schiff base complex on GO |
Green synthesis of propargylamines |
(13) |
| 8 |
Triamine-functionalized GO |
Henry reaction |
(14) |
| 9 |
Ag-GO nanomaterials |
Acylation of amines without solvent |
(105) |
| 10 |
GO |
Synthesis of isatin–thiazolidine
hybrid |
(106) |
| 11 |
GO–NH–NEt2
|
Synthesis of β-nitro benzene |
(107) |
| 12 |
GO nanosheet
supported molybdenum complex |
Epoxidation of alkenes |
(108) |
| 13 |
Palladium nanoparticles embedded
on GO |
Synthesis of diarylketones |
(109) |
| 14 |
GO and sulfonated biochar |
Lactic acid
esterification |
(110) |
| 15 |
GO |
Preparation of esters via the reaction between alcohols and
acids |
(111) |
| 16 |
GO–N2S2
|
Suzuki–Miyaura coupling |
(112) |
| 17 |
Catalyst made of clay and GO nanocomposites |
Solventless multicomponent Biginelli reaction |
(113) |
| 18 |
Mn–salen–GO |
Styrene
oxidation |
(114) |
| 19 |
GO |
Ring opening with amine cross-linking of epoxy resins |
(115) |
| 20 |
CuO–GO nanocomposite |
Formation of anilines via the hydrogenation of nitroarenes
in aqueous medium |
(116) |
| 21 |
GO |
Trifluoromethylation of alkynes with quinoxalinones |
(117) |
| 22 |
GO functionalized Cu(II) |
Preparation of 1,2,3-triazoles |
(15) |
| 23 |
GO/rGO |
Synthesis
of quinoxalines |
(118) |
| 24 |
GO |
Synthesis of β-amino acetones:
Mannich reaction |
(119) |
| 25 |
ZnO/GO |
Preparation of nitriles from alcohols in aqueous medium |
(120) |
| 26 |
GO@f-SiO2@Co |
Preparation of amino naphthoquinone
derivatives |
(121) |
| 27 |
GO-supported
MnO2
|
Solvent-free synthesis of chalcones |
(122) |
| 28 |
GO@SO3CF3
|
Hydrolysis of the two main ulvan monosaccharides |
(123) |
| 29 |
SnO@GO |
Esterification
of fatty acids and trimethylolpropane |
(124) |
| 30 |
Copper phthalocyanine@GO as a cocatalyst of TiO2
|
H2 synthesis |
(116) |
| 31 |
GO |
Hydration of alkynes |
(126) |
| 32 |
GO |
Fridel–Craft’s
addition of indoles to ketones
and nitro styrenes |
(127) |
| 33 |
Nanoscale
GO |
Oxidation of benzylic alcohols |
(128) |
| 34 |
GO |
aza-Michael addition of amines
and olefins |
(129) |
| 35 |
GO/TEMPO |
Aerobic oxidation of 5-hydroxymethylfurfural to 2,5-diformylfuran |
(130) |
