|
 |
Dr.
Lin,
Outstanding
Young
Scientist
for
Organic
Electronics
Hua-Ping
Lin
received
B.S.
degree
in
physics
from
China
West
Normal
University
in 2005,
M.S.
degree
in
material
science
form
China
Academy
of
Engineering
Physics
in 2009,
and
Ph.D.
degree
in OLED
& TFT
from
Shanghai
University
in 2012.
From
2012,
Dr. Lin
is a
Post
Doctoral
Fellow
(PDF)
specializing
in
organic
light-emitting
transistors
and
organic
laser at INRS
(National
Institute
of
Scientific
Research)
and
McGill
University.
Currently,
his
research
is the
exploration
of
organic
electronics
as
radiation
detection
devices.
In this
project
organic
electronics
(with a
particular
focus on
organic
field
effect
transistors
(OFETs)
will be
designed,
fabricated
and
tested
in
ionizing
radiation
fields
to
explore
their
properties
as
radiation
detectors
and
dosimeters.
Organic
materials
have
excellent
potential
as
radiation
dosimeters
due to
their
near
water-equivalence
across a
wide
range of
energies
(kilo
voltage
to mega
voltage).
Detector
designs
will be
investigated
to
minimize
dependencies
on:
direction,
temperature,
dose
rate,
energy,
radiation
type
etc.
The
potential
for
cheap,
flexible
fabrication
techniques
will
also
permit
the
exploration
of two
dimensional
arrays
of OFETs
for
planar
dose
measurements
in a
radiotherapy
setting. |
| ¡¡ |
¡¡
Education
and
Professional
Career
¡ñ June
2014-
current
Post doc
fellow
specializing
in
exploration
of
organic
electronics
as
radiation
detection
devices,
Canada
medical
physics
(Prof.
Alasdair
Syme)
and
McGill
University
(Prof.
Dmitrii
F.
Perepichka)
¡ñ May
2012-
May 2014
Post doc
fellow
specializing
in
organic
light-emitting
transistors
and
organic
laser;
INRS,
Universit¨¦
du
Qu¨¦bec (Prof.
Federico
Rosei)
and
McGill
University
(Prof.
Dmitrii
F.
Perepichka)
¡ñ
September
2009-March
2012 PhD
of
Material
Science
specializing
in OLED;
Shanghai
University
¡ñ
September
2006-
June
2009
Master
of
Theoretical
Physics
specializing
in
nanostructured
thin
film;
China
Academy
of
Engineering
Physics
and
China
West
Normal
University
¡ñ
September
2001-June
2005
Bachelor
of
Physics:
China
West
Normal
University |
| ¡¡ |
¡¡
Academic
and Honors
+ Canada
Medical
Research
(FRQS)
Postdoctoral
Program
(ranked
#4 of
the 84
holders
worldwide),
Canada,
May
2014;
+ Canada
Natural
Science
(FRQNT)Postdoctoral
Program
(ranked
#2 of
the 12
holders
worldwide),
Canada,
April
2014;
+ Best
Graduates
Award,
Shanghai
Province,
December
2011;
+
Material
Star
Award
for Best
Research,
Shanghai
University,
December
2011;
+ Choi
Koon
Shun
Award
for Best
Research,
Shanghai
University,
October
2011;
+ Ph.D.
Scholarship
for Best
Research,
Shanghai
University,
2009-2012;
+ Alumni
Scholarship
for Best
Research,
Shanghai
University,
April
2010;
+ Best
Graduates
Award,
Sichuan
Province,
July
2009;
+ Best
Design
Award
for
Challenge
Cup
Competition,
Sichuan
Province,
July
2009;
+ Best
Research
Award,
China
West
Normal
University,
November
2008;
+
Platinum
Research
Scholarship,
China
Academy
of
Engineering
Physics,
China,
July
2008;
+
Special
Award
for
volunteer
in 5.12
Sichuan
Earthquake,
China
West
Normal
University,
2008. |
|
¡¡ |
|
¡¡
Publications |
|
[1]
Hua-Ping
Lin,
Fan
Zhou,
Jun Li,
Xiao-Wen
Zhang,
Liang
Zhang,
Xue-Yin
Jiang,
Zhi-Lin
Zhang,
Jian-Hua
Zhang,
Effects
of green
emission
on the
performance
of white
organic
light-emitting
devices
and
their
electroluminescent
characteristics,
Journal
of
Physical
Chemistry
C,
115
(2011)
24341, IF:4.805,
SCI:
000297609000038;
EI:
20115114609299, PDF |
|
[2]
Hua-Ping Lin, Xiao-Wen
Zhang, Dong-Bin Yu, Jun Li, Liang Zhang, Fan Zhou, Xue-Yin
Jiang, Zhi-Lin Zhang, Enhancement of performance for
blue
organic
light
emitting
devices
by
utilizing
an
adjustable
chromaticity
layer,
Applied
physics
B,
IF:2.240,
,
SCI:
000304166900031;
EI:
20122315100714, PDF |
|
[3]
Hua-Ping Lin, Xiao-Wen
Zhang, Dong-Bin Yu, Jun Li, Liang Zhang, Fan Zhou, Xue-Yin
Jiang, Zhi-Lin Zhang, A high performance of BPhen-based
white organic light-emitting devices with a
dual-emitting layer and its electroluminescent spectral
property, Journal of Industrial and Engineering
Chemistry, 17 (2011) 675, IF:2.149,
SCI:
000297452900005;
EI:
20114414482631,
PDF |
|
[4] Hua-Ping Lin, Fan Zhou, Xiao-Wen
Zhang, Dong-Bin Yu, Jun Li, Liang Zhang, Xue-Yin Jiang,
Zhi-Lin Zhang, Enhanced color stability and improved
performance in white organic light-emitting devices by
utilizing a double-graded structure, Synthetic
Metals, 161 (2011) 1133, IF:1.862,
SCI:
000292676600033;
EI:
20112314036996,
PDF |
|
[5]
Hua-Ping Lin, Dong-Bin
Yu, Xiao-Wen Zhang, Jun Li, Liang Zhang, Xue-Yin Jiang,
Zhi-Lin Zhang, Enhancing color purity and efficiency of
white organic light-emitting diodes using a double
emitting layer, Semiconductor Science and
Technology, 25 (2010) 105004, IF:1.523,
SCI:
000281899900005;
EI:
20105013484012,
PDF |
|
[6]
Hua-Ping Lin, Dong-Bin
Yu, Xiao-Wen Zhang, Jun Li, Liang Zhang, Xue-Yin Jiang,
Zhi-Lin Zhang, Enhanced hole injection and improved
performance in organic light-emitting devices by
utilizing a novel composite hole injection laye, Solid
State Communications, 150 (2010) 1601, IF:1.979,
SCI:
000281216800002;
EI:
20103313150340,
PDF |
|
[7]
Hua-Ping Lin, Fan Zhou,
Xiao-Wen Zhang, Jun Li, Liang Zhang, Xue-Yin
Jiang, Zhi-Lin Zhang, Efficient hole injection in blue
organic light-emitting devices by using a double hole
injection layer to improve chromaticity and electrical
characteristics, Current Applied Physics,
11
(2011)
853, IF:1.740, SCI: 000288183300114; EI:
20110813682437,
PDF |
|
[8]
Hua-Ping Lin, Fan Zhou,
Xiao-Wen Zhang, Dong-Bin Yu, Jun Li, Liang Zhang, Xue-Yin
Jiang, Zhi-Lin Zhang, White organic light-emitting
diodes
based on
C545T
doped
emitting
system,
Physica
Status
Solidi
(A),
209
(2012)
401, IF:1.458
,
SCI:
000303382700030;
EI:
20120514732270,
PDF |
|
[9]
Hua-Ping Lin, Xiao-Wen
Zhang,
Dong-Bin
Yu, Jun
Li, Liang
Zhang, Xue-Yin Jiang, Zhi-Lin
Zhang, A simple method of fabricating efficient blue
organic light-emitting diodes based on a double-dopant
and a double-emissive layer with an effective
hole-trapping architecture, Journal of
Optoelectronics and Advanced Materials, 12
(2010) 2355, IF:0.433, SCI: 000286043000002,
PDF |
|
[10]
Hua-Ping Lin,
Wei-Dong
Wu, Zhi-Bing
He, Hua
Xu, Jun
Li,
Feng
Wang, Effects
of
thickness
on
microstructure
and
properties
of
Niobium
films
deposited
by DC
magnetron
sputtering,
High
power
laser
and
particle
beams,
20
(2008)
413,
EI:
082211286249,
PDF |
|
[11]
Hua-Ping
Lin,
Zhi-Bing
He, Wei-Dong
Wu, Jun
Li, Feng
Wang.
Recent
progress
in
Silicon
Series
Solar
Thin
Film
Battery.
Journal
of
Material
Review,
3 (2008)
1-4,
PDF |
|
[12]
Fan
Zhou,
Hua-Ping
Lin,
Liang
Zhang,
Jun Li,
Xiao-Wen
Zhang,
Dong-Bin
Yu,
Liang
Zhang,
Xue-Yin
Jiang,
Zhi-Lin
Zhang,
Top-gate
amorphous
IGZO
thin-film
transistors
with a
SiO
buffer
layer
inserted
between
active
channel
layer
and gate
insulator,
Current
Applied
Physics,
12
(2011)
228,
IF:1.740,
SCI:
000296525700044, PDF |
|
[13]
Fan
Zhou,
Hua-Ping
Lin,
Jun Li,
Liang
Zhang,
Xiao-Wen
Zhang,
Dong-Bin
Yu,
Liang
Zhang,
Xue-Yin
Jiang,
Zhi-Lin
Zhang,
The
influence
of the
SiO2
gate
insulator
thickness
to the
performance
and Bias
voltage
stress
stability
of ZnO
thin-film-transistors,
Journal
of
Optoelectronics
and
Advanced
Materials,
13
(2011)
797,
IF:0.433,
SCI:
000294887100010, PDF |
|
[14]
Xiao-Wen
Zhang,
Hua-Ping
Lin,
Jun Li,
Liang
Zhang,
Bing Wei,
Xue-Yin
Jiang,
Zhi-Lin
Zhang, A
very
simple
method
of
constructing
efficient
inverted
top-emitting
organic
light-emitting
diode
based on
Ag/Al
bilayer
reflective
cathode,
Journal
of
Luminescence,
132
(2012)
1,
IF:2.102,
SCI:
000302662600001,
PDF |
|
[15]
Jun Li,
Hua-Ping
Lin,
Fan
Zhou,
Wen-Qing
Zhu,
Liang
Zhang,
Xue-Yin
Jiang,
Zhi-Lin
Zhang,
Suppression
of bias
stress-induced
degradation
of
pentacene-TFT
using
MoOx
interlayer,
Current
Applied
Physics,
12
(2012)
280,
IF:1.740, SCI:
000296525700052,
PDF |
|
[16]
Dong-Bin
Yu,
Hua-Ping
Lin,
Xiao-Wen
Zhang,
Fan
Zhou,
Jun Li,
Liang
Zhang,
Xue-Yin
Jiang,
Zhi-Lin
Zhang,
High-efficiency
and
low-voltage
organic
light-emitting
device
with a
composite
hole
transport
layer,
Journal
of
Optoelectronics
Laser,
22
(2011)
34, EI:
20110813685155,
PDF |
|
[17]
Xiao-Wen
Zhang,
Hua-Ping
Lin,
Jun Li,
Liang
Zhang,
Bing Wei,
Xue-Yin
Jiang,
Zhi-Lin
Zhang,
Elucidations
of weak
microcavity
effect
and
improved
pixel
contrast
ratio in
Si-based
top-emitting
organic
light-emitting
diode,
Current
Applied
Physics,
12
(2012)
1297,
IF:1.740, SCI:
000304360000014,PDF |
|
[18]
Hidemi
Ine,
Hua-Ping
Lin,
Yang
Ming,
Qun
Zhang,
Study of
Tungsten
Oxide
Buffer
Layer
for OLED
Device
[J].
Journal
of Fudan
University
(Natural
Science).
Accepted. |
|
[19]
Jun Li,
Fan
Zhou,
Hua-Ping
Lin,
Xue-Yin
Jiang,
Zhi-Lin
Zhang,
Tuning
the
contact
resistance
in
organic
thin-film
transistors
with an
organic¨Cinorganic
hybrid
interlayer,
Superlattices
and
Microstructures,
50
(2011)
191,
IF:1.487, SCI:
000293721600012,
PDF |
|
[20]
Jun Li,
Fan
Zhou,
Hua-Ping
Lin,
Wen-Qing
Zhu,
Jian-Hua
Zhang,
Xue-Yin
Jiang,
Zhi-Lin
Zhang,
Enhanced
photosensitivity
of
InGaZnO-TFT
with a
CuPc
light
absorption
layer,
Superlattices
and
Microstructures,
51
(2012)
538,
IF:1.487, SCI:
000302495700011,
PDF |
|
[21]
Jun Li,
Fan
Zhou,
Hua-Ping
Lin,
Wen-Qing
Zhu,
Jian-Hua
Zhang,
Xue-Yin
Jiang,
Zhi-Lin
Zhang,
SiOx
interlayer
to
enhance
the
performance
of
InGaZnO-TFT
with
AlOx
gate
insulator,
Current
Applied
Physics,
12
(2012)
1288,
IF:1.740, SCI:
000304360000012,
PDF |
|
[22]
Jun Li,
Fan
Zhou,
Hua-Ping
Lin,
Hao
Zhang,
Jian-Hua
Zhang,
Zhi-Lin
Zhang,
Effect
of N2O
Plasma
Treatment
on The
SiNx-based
InGaZnO
Thin
Film
Transistors,
Chinese
Journal
of
Luminescence,
33
(2012)
400,
EI:
20121915007795,
PDF |
|
[23]
Jun Li,
Fan
Zhou,
Hua-Ping
Lin,
Wen-Qing
Zhu, Jian-Hua
Zhang,
Xue-Yin
Jiang, Zhi-Lin
Zhang,
Effect
of
reactive
sputtered
SiOx
passivation
layer on
the
stability
of
InGaZnO
thin
film
transistors,
VACUUM,
86
(2012)
1840,
IF:1.317, SCI:
000308672000010,
EI:
20123315336895,
PDF |
|
[24]
Jun Li,
Xiao-Wen
Zhang,
Liang
Zhang,
Hua-Ping
Lin,
Xue-Yin
Jiang,
Zhi-Lin
Zhang,
The
feasibility
of using
an
Al-alloy
film as
the
source/drain
electrode
in a
microcrystalline
silicon
thin-film
transistor,
Solid
State
Communications,
150
(2010)
1560, IF:1.979. SCI:
000280949900016,
PDF |
|
[25]
Xiao-Wen
Zhang,
Jun Li,
Liang
Zhang,
Hua-Ping
Lin,
Wen-Qing
Zhu, Xue-Yin
Jiang,
Zhi-Lin
Zhang,
Improved
performance
of Si-based
top-emitting
organic
light-emitting
device
using
MoO(x)
buffer
layer,
Synthetic
Metals,
160
(2010)
788,
IF:1.962, SCI:
000277353800042,
PDF |
|
[26]
Xiao-Wen
Zhang,
Ji-Wen
Xu,
Hua-Rui
Xu,
Hua-Ping
Lin,
Jun Li, Xue-Yin
Jiang,
Zhi-Lin
Zhang,
Improving
electron
injection
and
microcavity
effect
for
constructing
highly
efficient
inverted
top-emitting
organic
light-emitting
diode,
Optics &
Laser
Technology,
181
(2013)
45,
IF:1.515, SCI:
000310401800028,
EI:
20123915470250,
PDF |
|
[27] Liang
Zhang,
Jun Li,
Xiao-Wen
Zhang,
Dong-Bin
Yu,
Hua-Ping
Lin,
Xue-Yin
Jiang,
Zhi-Lin
Zhan,
The
influence
of the
SiO(2)
deposition
condition
on the
ZnO
thin-film
transistor
performance,
Superlattices
and
Microstructures,
48
(2010)
198,
IF:1.487, SCI:
000280673200007,
PDF |
|
[28] Jing
Wang, Wen Wan,
Hai-zhen
Jiang,
Yan Gao,
Xue-Yin
Jiang,
Hua-Ping
Lin,
Wei-ming
Zhao,
C-9
Fluorenyl
Substituted
Anthracenes:
A
Promising
New
Family
of Blue
Luminescent
Materials,
Oganic
Letters,
12
(2010)
3874,
IF:5.250, SCI:
000281180700038,
PDF. |
|
[29]
Fan
Zhou,
Liang
Zhang,
Jun Li,
Xiao-Wen
Zhang,
Hua-Ping
Lin,
Dong-Bin
Yu, Xue-Yin
Jiang,
Zhi-Lin
Zhang,
Effect
of Ta2O5
thickness
on the
performances
of ZnO-based
thin
film
transistors,
Chinese
Journal
of
Luminescence
Microstructures,
32
(2011)
188,
EI:
20111313882202,
PDF |
|
[30]
Hua-Ping
Lin,
Fan
Zhou,
Jun Li,
Xiao-Wen
Zhang,
Xue-Yin
Jiang,
Zhi-Lin
Zhang,
High
efficiency
fluorescent
green
organic
light-emitting
device,
Proceedings
of 2011
China
Display
/ Asia
Display
Conference,
P. R.
China,
November
2011,
514 PP. |
|
[31]
Hua-Ping
Lin,
Fan
Zhou, Xue-Yin
Jiang,
Zhi-Lin
Zhang,
The
doping
contraction
effects
on the
performance
of blue
organic
light-emitting
devices.
Proceedings
of the 7
th
Chinese
organic
molecules
and
polymer
light-emitting
material
and
their
opto-electric
properties,
P. R.
China,
October
2011,
189 PP. |
|
[32]
Hua-Ping
Lin,
Fan
Zhou,
Jun Li,
Xue-Yin
Jiang,
Zhi-Lin
Zhang, A
double
hole
injection
layer
structure
for blue
organic
light-emitting
diodes.
(Chinese
Patent
No
201110146233.9)
Online |
|
[33]
Hua-Ping
Lin,
Fan
Zhou, Xue-Yin
Jiang,
Zhi-Lin
Zhang, A
novel
double-graded
emission
layer
structure
for
white
organic
light-emitting
diodes.
(Chinese
Patent
No
102222776B
(issued))
Online |
|
[34]
Hua-Ping
Lin,
Fan
Zhou,
Jun Li,
Xue-Yin
Jiang,
Zhi-Lin
Zhang,
An
adjustable
chromaticity
layer
structure
for blue
organic
light-emitting
diodes.
(Chinese
Patent
No
201110146271.4)
Online |
|
[35]
Fan
Zhou,
Hua-Ping
Lin,
Jun Li,
Xue-Yin
Jiang,
Zhi-Lin
Zhang,
Top-gate
structure
thin-film
transistors
with
buffer
layers.
(Chinese
Patent
No
201110146477.7)
Online |
|
[36]
Fan
Zhou,
Hua-Ping
Lin,
Jun Li,
Xue-Yin
Jiang,
Zhi-Lin
Zhang, A
novel
etch
stopper
for
fabricating
arrays
of oxide
thin-film
transistors
in wet
etch
process.
(Chinese
Patent
No
201110146553.4)
Online |
|
[37]
Fan
Zhou,
Hua-Ping
Lin, Xue-Yin
Jiang,
Zhi-Lin
Zhang, A
novel
layer-built
electrodes
based on
fabrication
of oxide
thin-film
transistors
arrays.
(Chinese
Patent
No
201110146555.3)
Online |
E-mail:huapinglin(at)yahoo.com
Tel:
+86-1520-193-1788
¡¡
¡¡
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