Probing Mechanical Properties of Graphene with Raman Spectroscopy

A Balandin; A Balandin; A Bassil; A Das; A Ferrari; A Ferrari; A Ferrari; A Ferrari; A Geim; A Goncharov; A Gupta; A Reina; A Vazquezde Parga; AT N’Diaye; C Berger; C Casiraghi; C Casiraghi; C Faugeras; C Galiotis; C Lee; C Maiti; C Metzger; C Postmus; C Thomsen; C Virojanadara; C-C Chen; D Dikin; D Elias; D Graf; D Nika; D Nika; E Pop; E Zouboulis; F Guinea; F Tuinstra; G Jernigan; G Slack; H Ueta; I Calizo; I Calizo; I Calizo; I Forbeaux; I Frank; I Pocsik; J Coraux; J Hass; J Maultzsch; J Robinson; J Robinson; J Rohrl; J Sandler; J Seol; J Zhang; J Zou; K Emtsev; K Kim; K Novoselov; K Novoselov; L Cancado; L Concado; L Malard; L Zhenxian; M Hanfland; M Huang; M Malard; M Mohr; M Pimenta; M Schabel; M Shamsa; M Shamsa; M Teague; N Bonini; N Ferralis; N Ferralis; N Mounet; N Raravikar; Nicola Ferralis; P Kim; P Sutter; P Tan; R Haering; R Nemanich; S Han; S Marchini; S Pisana; S Piscanec; S Piscanec; S Solin; S Stankovich; S-M Choi; T Mohiuddin; T Ohta; T Yu; V Pereira; W Cai; X Gu; X Li; Y Baskin; Y You; Z Ni; Z Ni; Z Ni; Z Ni

research

Probing Mechanical Properties of Graphene with Raman Spectroscopy

Authors: A Balandin
A Balandin
A Bassil
A Das
A Ferrari
A Ferrari
A Ferrari
A Ferrari
A Geim
A Goncharov
A Gupta
A Reina
A Vazquezde Parga
AT N’Diaye
C Berger
C Casiraghi
C Casiraghi
C Faugeras
C Galiotis
C Lee
C Maiti
C Metzger
C Postmus
C Thomsen
C Virojanadara
C-C Chen
D Dikin
D Elias
D Graf
D Nika
D Nika
E Pop
E Zouboulis
F Guinea
F Tuinstra
G Jernigan
G Slack
H Ueta
I Calizo
I Calizo
I Calizo
I Forbeaux
I Frank
I Pocsik
J Coraux
J Hass
J Maultzsch
J Robinson
J Robinson
J Rohrl
J Sandler
J Seol
J Zhang
J Zou
K Emtsev
K Kim
K Novoselov
K Novoselov
L Cancado
L Concado
L Malard
L Zhenxian
M Hanfland
M Huang
M Malard
M Mohr
M Pimenta
M Schabel
M Shamsa
M Shamsa
M Teague
N Bonini
N Ferralis
N Ferralis
N Mounet
N Raravikar
Nicola Ferralis
P Kim
P Sutter
P Tan
R Haering
R Nemanich
S Han
S Marchini
S Pisana
S Piscanec
S Piscanec
S Solin
S Stankovich
S-M Choi
T Mohiuddin
T Ohta
T Yu
V Pereira
W Cai
X Gu
X Li
Y Baskin
Y You
Z Ni
Z Ni
Z Ni
Z Ni
Publication date: 1 January 2010
Publisher: 'Springer Science and Business Media LLC'
Doi

Abstract

The use of Raman scattering techniques to study the mechanical properties of graphene films is reviewed here. The determination of Gruneisen parameters of suspended graphene sheets under uni- and bi-axial strain is discussed and the values are compared to theoretical predictions. The effects of the graphene-substrate interaction on strain and to the temperature evolution of the graphene Raman spectra are discussed. Finally, the relation between mechanical and thermal properties is presented along with the characterization of thermal properties of graphene with Raman spectroscopy.Comment: To appear in the Journal of Materials Scienc