Point defect weakened thermal contraction in monolayer graphene

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

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Material Science

100
Shrinkage Material Science
100
Point Defect Material Science
100
Monolayers Material Science
100
Graphene Material Science
28
Boron Material Science
28
Thermal Expansion Material Science
14
Density Material Science
14
Temperature Material Science
14
Vibration (Acoustic... Material Science
14
Strength of Materia... Material Science

Keyphrases

100
Thermal Contraction Keyphrases
100
Graphene Keyphrases
100
Bilayer Graphene Keyphrases
50
Nitrogen Atom Keyphrases
50
Carbon Atom Keyphrases
25
Vibration Mode Keyphrases
25
Thermal Expansion B... Keyphrases
25
Boron-nitrogen Keyphrases
25
Amplitude Frequency Keyphrases
25
Boron Atom Keyphrases
25
Absolute Value Keyphrases
25
Mechanical Strength Keyphrases
25
Phonon Frequencies Keyphrases
25
Nanotechnology Keyphrases
25
First-principles De... Keyphrases
25
Acoustic Vibration Keyphrases
25
One-carbon Keyphrases
25
Linear Thermal Expa... Keyphrases

INIS

100
point defects INIS
100
contraction INIS
100
graphene INIS
57
atoms INIS
28
nitrogen INIS
28
carbon INIS
28
boron INIS
28
thermal expansion INIS
14
phonons INIS
14
acoustics INIS
14
values INIS
14
defects INIS
14
substrates INIS
14
strains INIS
14
density functional ... INIS
14
configuration INIS
14
amplitudes INIS
14
vibration modes INIS
14
nanotechnology INIS

Engineering

100
Graphene Engineering
100
Shrinkage Engineering
100
Monolayers Engineering
28
Nitrogen Atom Engineering
14
Amplitude Engineering
14
Expansion Coefficie... Engineering
14
Absolute Value Engineering
14
Acoustic Vibration Engineering
14
Temperature Engineering
14
Substrates Engineering
14
Vibration Mode Engineering
14
Density Engineering
Research OutputsResearch Output authored by Point defect weakened thermal contraction in monolayer graphene is tagged with the concept