Table 1.

TOF values of catalysts for dehydrogenation of dimethylamine borane.

Entry	(Pre) Catalysts	Conv. %	TOF (Turnover Frequency)	Ref.
1	AuNi@SiO2	100	546.9	This Study
2	Carbon Stabilized Palladium particles	95	2.8	49
3	Grafen oxide-based Ruthenium nanoparticles	100	410.01	50
4	Rhodium (III) chloride	90	7.9	49
5	Iridium (III) chloride	25	0.3	49
6	Ruthenium (III) chloride	77	2.7	49
7	Vulcan Carbon-based Pt nanoparticles	100	23.14	26
8	BA-based Platinum nanomaterials	100	24.8	18
9	TBA-based Platinum nanoparticles	100	31.24	18
10	Polymer supported Ruthenium-Nickel	100	458.57	19
11	Amylamine stabilized Platinum Nanoparticles	100	15.00	20
12	Activated Carbon Stabilized Pt Nanoparticles	100	34.14	21
13	PVP stabilized Palladium-Cobalt nanoparticles	100	330.00	22
14	Grafen oxide-based RuPtNi nanomaterials	100	727.00	23
15	Carbon nanotube-based Ruthenium-cobalt nanoparticles	100	775.28	24
16	PEDOT supported Palladium Nickel Nanoparticles	100	451.28	29
17	Polymer-graphene based Platinum Nanomaterials	100	42.94	25
18	Graphene oxide stabilized Palladium-Nickel Nanomaterials	100	271.90	32
19	Graphene oxide-based Palladium Nanoparticles	100	38.02	11
20	Carbon black hybrid supported platinum nanomaterials	100	70.28	26