Atomically Thin Decoration Layers for Robust Orientation Control of 2D Transition Metal Dichalcogenides

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

Fingerprint

???publication_fingerprints_help???

Material Science

100
Transition Metal Di... Material Science
80
Sapphire Material Science
60
Surface (Surface Sc... Material Science
20
Density Material Science
20
Semiconductor Mater... Material Science
20
Materials Material Science
20
Epitaxy Material Science
20
Single Crystal Grow... Material Science
20
Functional Material Material Science

Keyphrases

100
Sapphire Keyphrases
100
Iron Oxide Keyphrases
100
Orientation Control Keyphrases
100
Molybdenite Keyphrases
100
Atomically Thin Keyphrases
100
2D Transition Metal... Keyphrases
50
Epitaxial Keyphrases
50
Oriented Growth Keyphrases
25
Density Functional ... Keyphrases
25
Exposed Area Keyphrases
25
Epitaxial Growth Keyphrases
25
Single Crystal Grow... Keyphrases
25
Growth Conditions Keyphrases
25
Undoped Keyphrases
25
Statistical Data Keyphrases
25
Multiple Orientatio... Keyphrases
25
Semiconductor Techn... Keyphrases
25
Transition Metal Di... Keyphrases
25
Optical Analysis Keyphrases
25
Atomic Surface Keyphrases
25
Transition Metal Di... Keyphrases
25
Advanced Functional... Keyphrases
25
Electrical Analysis Keyphrases
25
Orientation Ratio Keyphrases
25
C-plane Keyphrases

INIS

100
orientation INIS
100
control INIS
100
layers INIS
100
transition metals INIS
80
growth INIS
80
sapphire INIS
60
surfaces INIS
60
epitaxy INIS
20
semiconductor mater... INIS
20
substrates INIS
20
single crystals INIS
20
alignment INIS
20
applications INIS
20
density functional ... INIS
20
mirrors INIS
20
modulation INIS
20
crystal growth INIS
20
statistical data INIS
Research OutputsResearch Output authored by Atomically Thin Decoration Layers for Robust Orientation Control of 2D Transition Metal Dichalcogenides is tagged with the concept