Stacking nature and band gap opening of graphene : Perspective for optoelectronic applications

Research output: Journal Publications and Reviews (RGC: 21, 22, 62) › 21_Publication in refereed journal › peer-review

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Engineering & Materials Science

100
Boron nitride Engineering & Materials S...
60
Graphene Engineering & Materials S...
52
Energy gap Engineering & Materials S...
40
Optoelectronic devi... Engineering & Materials S...
29
Optical conductivit... Engineering & Materials S...
21
Hybrid systems Engineering & Materials S...
19
Ground state Engineering & Materials S...
19
Electronic structur... Engineering & Materials S...
19
Density functional ... Engineering & Materials S...
13
Atoms Engineering & Materials S...
12
Carbon Engineering & Materials S...

Physics & Astronomy

Chemistry and Materials

89
boron nitrides Physics & Astronomy
12
carbon Physics & Astronomy

Engineering

53
graphene Physics & Astronomy
18
interlayers Physics & Astronomy

General

14
density functional ... Physics & Astronomy
14
electronic structur... Physics & Astronomy
13
conductivity Physics & Astronomy
6
energy Physics & Astronomy

Physics

12
ground state Physics & Astronomy
9
atoms Physics & Astronomy

Chemical Compounds

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Community Psychiatr... Chemical Compounds
52
Energy gap Chemical Compounds
40
Optoelectronic devi... Chemical Compounds
29
Heroin Dependence Chemical Compounds
29
Optical conductivit... Chemical Compounds
21
Hybrid systems Chemical Compounds
19
Electronic structur... Chemical Compounds
19
Density functional ... Chemical Compounds
14
Escherichia coli Chemical Compounds
13
Atoms Chemical Compounds
Research OutputsResearch Output authored by Stacking nature and band gap opening of graphene is tagged with the concept