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在“
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命中:
7,091
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在所有数据库中总计命中:
8,946
条
1.
Electronic
transport
properties an
d
first-principles stu
d
y of graphene/h-BN an
d
h-BN bilayers
作者:
M. Ashha
d
i
;
mo_ashha
d
i@phys.usb.ac.ir
;
M.S. Ha
d
avi
;
Z. Sarri
关键词:
Tight bin
d
ing
;
D
ensity functional theory
;
Hexagonal boron&n
d
ash
;
nitri
d
e
;
Electronic
transport
properties
刊名:Physica E: Low-
d
imensional Systems an
d
Nanostructures
出版年:2017
2.
Electronic
transport
on the spatial structure of the protein: Three-
d
imensional lattice mo
d
el
作者:
R.G. Sarmento
a
;
N.F. Fraz&atil
d
e
;
o
b
;
A. Mace
d
o-Filho
c
;
amfilho@gmail.com
关键词:
Electronic
transport
;
Lattice mo
d
el
;
Protein
刊名:Physics Letters A
出版年:2017
3.
Stacking-
d
epen
d
ent
transport
properties in few-layers graphene
作者:
Matheus Paes Lima
a
;
mplima@
d
f.ufscar.br
;
José
;
E
d
uar
d
o Pa
d
ilha
b
;
jose.pa
d
ilha@ufpr.br
;
Renato Borges Pontes
c
;
pontes@ufg.br
;
A
d
alberto Fazzio
d
;
e
;
fazzio@if.usp.br
;
Antô
;
nio José
;
Roque
d
a Silva
f
;
g
;
jose.roque@lnls.br
关键词:
A. Few layers graphene
;
D
. Stacking sequence
;
D
.
Electronic
Transport
Properties
;
E. First-Principles Calculations
刊名:Soli
d
State Communications
出版年:2017
4.
Tuning of the
electronic
an
d
transport
properties of phosphorene nanoribbons by e
d
ge types an
d
e
d
ge
d
efects
作者:
Fang Xie
a
;
xiefang2005@163.com
;
Zhi-Qiang Fan
b
;
fan0221@163.com
;
Xiao-Jiao Zhang
a
;
Jian-Ping Liu
a
;
Hai-Yan Wang
a
;
Kun Liu
a
;
Ji-Hai Yu
a
;
Meng-Qiu Long
c
关键词:
Bans structures
;
Phosphorene nanoribbons
;
Negative
d
ifferential resistance
;
D
ensity-functional theory
;
Non-equilibrium Green's function
刊名:Organic
Electronic
s
出版年:2017
5.
Low-fiel
d
transport
in SiO
2
作者:
John F. Wager
jfw@eecs.oregonstate.e
d
u
关键词:
Electronic
transport
;
Mobility
;
Amorphous semicon
d
uctor
;
Silicon
d
ioxi
d
e
刊名:Journal of Non-Crystalline Soli
d
s
出版年:2017
6.
A comparative an
d
a systematic stu
d
y on the effects of B, N
d
oping an
d
C-atom vacancies on the ban
d
gap in narrow zig-zag graphene nanoribbons via quantum
transport
calculations
作者:
Sukhbir Singh
a
;
singhsukhbir05@gmail.com
;
Abir
D
e Sarkar
b
;
abir
d
esarkar@gmail.com
;
In
d
erpreet Kaur
a
;
in
d
erpreety@yahoo.co.in
;
in
d
erpreety@gmail.com
关键词:
Zig-zag graphene nanoribbon
;
Electronic
properties
;
Transport
characteristics
;
D
efects an
d
d
oping
刊名:Materials Research Bulletin
出版年:2017
7.
Role of acoustic phonons in frequency
d
epen
d
ent
electronic
thermal con
d
uctivity of graphene
作者:
Pankaj Bhalla
a
;
b
;
pankajbhalla66@gmail.com
关键词:
Electronic
transport
in graphene
;
Scattering mechanisms
;
Thermal con
d
uctivity
;
Phonon scattering
刊名:Physics Letters A
出版年:2017
8.
The
electronic
transport
characteristics of hybri
d
ize
d
hexagon beryllium sulfi
d
e an
d
graphene nanoribbons
作者:
Lihua Wang
a
;
Bingjun
D
ing
b
;
Yong Guo
a
;
ybsy_guo@163.com" class="auth_mail" title="E-mail the correspon
d
ing author
关键词:
Negative
d
ifferential resistance
;
D
ensity functional theory
;
Hexagon beryllium sulfi
d
e
;
Graphene
;
Non-equilibrium Green's function metho
d
刊名:Physics Letters A
出版年:2017
9.
Ab initio stu
d
y of semi-classic
transport
coefficients of SnO
2
thermoelectric material
作者:
M. Hammi
a
;
O. El Rhazouani
b
;
M. Arej
d
al
b
;
A. Slassi
b
;
a.slassi@yahoo.fr
;
a.slassi22@gmail.com
关键词:
D
ensity functional theory
;
Boltzmann
transport
equations
;
Thermoelectric oxi
d
e semicon
d
uctors
;
Electronic
structure
;
Thermoelectric properties
刊名:Chinese Journal of Physics
出版年:2017
10.
Low temperature processe
d
ZnO thin film as electron
transport
layer for efficient perovskite solar cells
作者:
M
d
Arafat Mahmu
d
;
Naveen Kumar Elumalai
;
n.elumalai@unsw.e
d
u.au" class="auth_mail" title="E-mail the correspon
d
ing author
;
Mushfika Baishakhi Upama
;
D
ian Wang
;
Kah Howe Chan
;
Matthew Wright
;
Cheng Xu
;
Faiazul Haque
;
Ashraf U
dd
in
;
a.u
dd
in@unsw.e
d
u.au" class="auth_mail" title="E-mail the correspon
d
ing author
关键词:
ZnO thin film
;
Low temperature
;
D
eep trap states
;
Electronic
properties
;
Mott-Schottky analysis
;
Charge
transport
刊名:Solar Energy Materials an
d
Solar Cells
出版年:2017
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