|
Philosophy
|
Bond & nonbond formation,
dissociation, relaxation, vibration & the associated energetics &
dynamics of charge densification,
localization, polarization & repopulation determine the macroscopic properties of condensed
matter & the transport dynamics of electrons,
dielectrics, phonons, & photons
|
|
Inspiration
|
Coordination
bond-band theory for atomic-cluster size dependency, molecular chemisorption
dynamics, & H bond asymmetric relaxation dynamics
|
|
Ice Rule
(Pauling 1935)
|
² Replacement of H with metals & O with C, N,
& F with inclusion of energetics leads to the bond-band-barrier correlation theory for chemisorption
bond-and-bond forming dynamics & consequences;
² Quantification of bond geometry, atomic valancy
& 4-stage Cu3O2 bonding dynamics;
² Design blue light emission, ultrahigh elasticity,
& diamond-metal adhesion;
² Segmentation for the H-bond asymmetric relaxation dynamics and the physical anomalies
of H2O under various stimuli.
|
|
Atomic CN-Radius
Correlation
(Goldschmidt 1927;
Pauling 1947)
|
² BOLS theory covers energetics and unifies the undercoordinated
adatoms defects, surfaces, amorphous & nanostructures and the size
dependency of nanostructures;
² New freedom of crystal size leads to quantification
of physical parameters that are beyond convention.
² The ill-coordination induced local bond relaxation,
localization, densification, quantum entrapment of core charge & binding
energy
|
|
Defect & Impurity
Strong Localization
(Anderson, 1957;
1979)
|
² Nonbonding electron polarization (NEP) by
the densely entrapped core and bonding electrons at edges & boundaries
² Edge-selective creation of the Dirac-Fermi polarons
² Catalytic nature of the least coordinated noble
metals;
² The soul of graphene & carbon nanotubes
|
|
Debye & Classical
Thermodynamics
|
² Meso-mechano-thermo dynamics to correlate the detectable quantity to the bond
order, nature length, & energy Q(z, m, d, E) & their response to the
applied stimuli;
|
|
Numerical Approaches
|
² Local bond averaging (LBA) approach
for the Q (z, m, d, E) to complement existing classical & quantum
approaches in particular dealing with the ill-coordinated systems;
² Debye temperature & atomic cohesive energy from
T-dependence;
² Compressibility & binding energy density from
P-dependence.
² BOLS-TB algorithm formulation of the amplified Strong Localization of
Anderson
|
|
Experimental Innovation
|
Capability Enhancement (Quantitative Spectroscopy)
|
|
Phonon
|
² Raman & FTIR: Bond length, energy, stiffness, reference frequency
from which the Raman shift proceeds; w-T ÞqD, EC; w-PÞb, Edensity; etc.
|
|
Photon
|
² PL & PA: Band gap, stokes shift; quantum efficiency; exciton
life time
|
|
Dielectric
|
² Coco-plot & elipsometry:
Dielectric transition and
relaxation; activation energy; resistance; refraction index
|
|
Electron
|
² STM/S & VLEED: Band gap, polarization,
transport dynamics, atomic valency; reaction dynamics; bond geometry & bonding
dynamics
² PES (UPS, XPS, AES): Energy levels of an isolated atom, bulk shift;
bond length, energy, surface & interface energy; energy density, cohesive
energy; etc.
² ZPS: zone-selective scoping of bonds & electrons at
the atomic scale
|
|
Milestones
(Themed reports)
(Capability
establishment)
|
2003: Oxygen chemisorption
electronics[Prog Mater Sci 48, 521-685]
2006: Nitridation electronics & applications
[Prog Solid State Chem 34, 1-20]
2007: Nanosize dependency [Prog Solid State Chem 35, 1-159]
2009: Meso-thermo mechanics [Prog Mater Sci 54, 179-307]
2010: Localization & polarization
of nonbonding electrons [Nanoscale 2, 1930-61]
2011: The soul of CNT & GNR [Energy Environ
Sci 4, 627-55]
2012: Mesoscopic superplasticity,
superelasticity, & superrigidity [Sci
China 55: 963–79]
2012: ZnO meso-mechano-thermo physical
chemistry [Chem Rev 112: 2833-52]
2012: Dielectrics & optoelectronics
of nanosolid Si [Prog Mater Sci, revised]
2012: The hidden force opposing ice compression
[Chem Sci 3: 1455-60]
2012: Density inherency of water ice
[communicated]
2013: Atomistic ZPS for under- &
hetero-coordinated bonding dynamics [in
preparation]
|
|
Credentials
|
30 H-index; ~3750 citations; ~265
journal articles; 80 invited talks;4 book chapters; 4 patents;
1st Laureate of the 25th
KIA 2012, KC Wong Award 2008, Inaugural Nanynag Award 2005, Finalist of
National Sci Award, 2003; FRSC 2006, FinstP 2005, FSNIC 2010.
|
|
Current focus
(Coordination bond
& electronic engineering)
|
Quantitative spectroscopy (electron,
phonon, photon, dielectric, etc. ); Nanostructures under high-T and high P; Interface
quantum entrapment and polarization; H-bond & phonon asymmetric relaxation
dynamics H2O anomalies; NTE; Metallic H2; He
supersolidity; new catalysts; 4S; CF4, NO, & nanomedicine; Si-based
thin film solar cells; Plasmonics; photonic crystals; etc.
|
17 Zone-selective photoelectronic probing of bonds and
electrons at the atomic scale
In
preparation
16 Li
JW, Ma SZ, Liu XJ, Zhou ZF, Sun CQ
ZnO meso-mechano-thermo physical chemistry
Chem
Rev 112, 2822-52 (2012)
15 Pan LK, Liu XJ, Sun Z, Sun
CQ
Dielectrics
and optoelectronics of pure and passivated nanosolid silicon
Prog Mater Sci,
revised.
14 Ma
ZS, Zhou ZF, Huang YL, Zhou YC, Sun CQ
Mesoscopic superplasticity, superelasticity, and
superrigidity
Sci
China-Phys Mech Astron 55(6): 963–979 (2012)
13 Zheng
WT and Sun CQ
Underneath the fascinations
of carbon nanotubes and graphene ribbons (Perspective)
Energy Env Sci 4, 627-655 (2011)
12 Sun
CQ
Dominance of broken bonds
and nonbonding electronics at the Nanoscale (Feature article)
Nanoscale
2, 1930-61 (2010)
11 Sun
CQ
断键与非键电子学的理论及应用研究初探, 湘潭大学学报 (自然科学版, 50周年校庆特集) 2008,3, 36-45.
Progress in nonbonding electronics: Principles and
applications (invited in Chinese)
J
Xiangtan University, Special issue for the 50th anniversary of the
university, No.
3, 36-45 (2008）
10 Sun
CQ
Thermo-mechanical behavior of low-dimensional systems:
The local bond averageapproach
Prog Mater Sci 54,
179-307 (2009)
09 Gu MX, Pan LK, Tay BK, Sun CQ
Atomistic origin and temperature dependence of Raman
optical redshift in nanostructures: a broken bond rule
J Raman Spec 38, 780-8 (2007)
08 Sun
CQ
Size dependence of nanostructures: impact of bond
order deficiency
PROG SOLID STATE CHEM 35, 1-159 (2007)
07 Zheng
WT, Sun CQ
Electronic process of nitridation: mechanism and
applications
PROG
SOLID STATE CHEM 34, 1-20 (2006)
06 Sun
CQ
Oxidation electronics: bond-band-barrier correlation
and its applications
PROG MATER SCI 48, 521-685 (2003){Movie}
05 Sun
CQ
Electronic process of Cu (Ag, V, Rh) (001) surface
oxidation: atomic valence alteration and bonding kinetics
APPL SURF SCI 246, 6-13 (2005)
04 Sun
CQ
O-Cu (001): I. Binding the signatures of LEED, STM and
PES in a bond-forming way
SURF REV LETT 8, 367-402 (2001)
03 Sun
CQ
O-Cu (001): II. VLEED quantification of the four-stage
Cu3O2 bonding kinetics
SURF REV LETT 8, 703-34 (2001)
02 Sun
CQ
The sp hybrid bonding of C, N and O to the fcc (001)
surface of nickel and rhodium
SURF REV LETT 7, 347-63 (2000)
01 Sun
CQ and Bai CL
The bonding between oxygen and metal surfaces
Chem Hong Kong 1, 59-63 (1998)
04 Pan
LK, Gu MX, Ouyang G, Sun CQ
Behind
the quantum and size effect: broken-bond-induced local strain and skin-depth
charge and energy quantum trapping, in the themed issue of Size Effects in Metals, Alloys and Inorganic Compounds: From
Basics to Applications, eds. Gregory Guisbiers and DibyenduGanguli, Key
Engineering Materials 444, 17-45,
2010. TransTech Pub, Switzerland.
03
Sun CQ, Theory of size, confinement, and oxidation effects (Chapter
1)Cover and comments
In the Synthesis, properties, and applications of oxide nanoparticles, EdsJose A. Rodríguez and Marcos. Fernandez-Garcia, 2007
pp 9-47; ISBN 978-0-471-72405-6, John Wiley & Sons.
02 Jennings PJ and Sun CQ
Low energy
electron diffraction
In the Surface
Analysis Methods in Materials Science, Eds O'Connor DJ, Sexton BA and Smart
RC, Berlin Springer-Verlag, New York, 2003
01
Thurgate SM, Sun
CQ and Hitchen G
Surface structural determination by
VLEED analysis
In the Surface Science: Principles and Applications,
Eds MacDonald RJ, Taglauer EC and Wandelt KR, Springer-Verlag, pp 29-37 (1996)
* Sun CQ, Oxidation Bonding Electronics: Principles and Applications
Monograph (communicated)
04 Sun CQ
Atomic-scaled photoelectron spectroscopy purification
(PCT/SG2010/00230)
03 Li CM
and Sun CQ
Addressable Transistor Chip for conducting
Assays (Singapore 125643, 2007)
02
Li CM
and Sun CQ
Addressable organic transistor-based
biochip (USA: No 60/558, 117)
01
Jiang
EY, Sun CQ, Liu YG, and Zhang XX
FTS-II facing-target PVD sputtering system for multilayers (Chinese: No 90242431)
07 Sun CQ
非键电子在功能材料中的作用, 功能材料信息（特约高层论坛专栏）5 (3): 14-20 (2008)
Functions of broken bonds
and nonbonding states in functional materials (Chinese)
Published under invitation
in the <Specialist Forum> column of Funct
Mater Info5 (3): 14-20 (2008)
06 Sun CQ
Nanostructures: strained shells are stiffer but melt
easier
Nano Affairs 4, (2008)
05 Sun CQ
Local bond average: An approach crossing the
boundaries of classical and quantum approximations
Nano Affairs 3, (2007)
04 Sun
CQ
Size enabled elucidation of the core-electron energy
and the dimer-vibration frequency
Nano Affairs 2, (2007)
03 Sun
CQ
Broken
bonds: the key to the size dependency of nanostructures
Nano Affairs 1, 5 (2007)
02 Sun CQ, Li S, and Tay BK
Laser-like
mechanoluminescence in ZnMnTe-diluted magnetic semiconductor [Appl Phys Lett 81,
460 (2002)]
APPL PHYS LETT 82, 3568-9 (2003)
01 Sun
CQ
The lattice contraction of nanometer-sized Sn and Bi particles produced
by an electrohydrodynamic technique
J PHYS-CONDENS MAT 11, 4801-3 (1999)
1.
Unlocking the
mysteries of ice
Ø Unlocking
the mysteries of ice - Chemistry World | e! Science News
Ø Unlocking
the mysteries of ice - Royal Society of Chemistry
Ø Unlocking
the mysteries of ice - sciencebase
Ø Unlocking the
mysteries of ice - Topics - Indiatimes (India times)
Ø Understanding Ice : News :
ChemistryViews (John-Willey)
Ø Unlocking
the mysteries of ice | News for Dallas, Texas | Dallas ... (Dalas
Morning News)
Ø Unlocking
the mysteries of ice - Topix (Madrid);
Ø Unlocking
the mysteries of ice - ChemSpy.com
Ø The
hidden force opposing ice compression - 도훈이집
2.
25th
Khwarizmi Award, Feb 5, 2012, Tehran
Ø
SNIC News
Ø
Press
TV
3.
NTU Research Hub: Latest themed-arts
published by the group of CBBE. Jan 06, 2012
4.
EEE faculty member scoring
high impact factors, citations, and downloads of two thematic reports. 2009 EEE
5.
A high impact journal paper
titled “mesoscopic thermo-mechanics”E3
world, pp32, Jan 2009
6.
Size enabled elucidation of core-electron
energy and dimer-vibration frequency, NANO
AFFAIRS 1 (2), 4 (2008)
7.
Broken bonds: the key to nano Science, NANO AFFAIRS 1 (1), 5 (2007)
8.
Putting an ‘O’ into nanomaterials”, Nanotoday 2 (5) 46 (2007)
9.
Chemistry Hall of Fame- FRSC, E3
world, pp12, 2007
10.
NTU welcomes international advisory panel, Class ACT, NTU News, Jan 2007 (Photo-1; photo-2)
11.
The Times, London
(FRSC), Jan 25, 2007
12.
The
Nobel Laureate I met, Staff Digest, pp2,
May 2006
13.
Stars: @ntu, Jan 2006
14.
Nanyang Award cum FInstP, E3 world, pp9, Dec 2005
15.
Nanyang
Award, NTU News release, 25, Nov 2005
16.
Nanyang Award Video, 2005
3 Hydrogen
bond relaxation dynamics and the associated viscosity and ice-like anomalies of
(H2O)N upon N reduction and capillary confinement at room
temperature
In preparation
2 Density
inherency of water ice
http://arxiv.
org/abs/1109. 3958
1 Sun
CQ, Zhang X, Zheng WT
The hidden force opposing ice compression; Supplementary
Information
Ø Chem
World News:
Unlocking the mysteries of ice
Ø
ChemViews News:
Understanding ice
Chem Sci 2012, 3, 1455-1460
04 Sun
CQ, Sun Y, Pan JS, Wang XH, Zhou J, Li LT
Coulomb repulsion at the nanometer-sized contact: a force driving
superhydrophobicity, superfluidity, superlubricity and supersolidity
J Phys Chem C 113, 20009-19 (2009)
03 Pan LK, Sun CQ, Li CM
Estimating the extent of surface oxidation by
measuring the porosity dependent dielectrics of oxygenated porous silicon
APPL SURF SCI
240, 19-23 (2005)
02 Pan
LK, Ee YK, Sun CQ, Yu GQ, Zhang QY, and Tay BK
Band gap expansion, core level shift and dielectric
suppression of nanosolid Si passivated by plasma fluorination
J VAC SCITECHNOL B 2, 583-7 (2004)
01 Sun
CQ, Pan LK, Bai HL, Li ZQ, Wu P and Jiang EY
Effects of surface passivation and interfacial reaction
on the size-dependent 2p-level shift of supported copper nanosolids
ACTA MATER 51, 4631-6 (2003)
09 Sun CQ, Nie YG, Pan JS, Zheng WT
Zone-selective photoelectronic measurements of
the local bonding and electronic dynamics associated with the monolayer skin
and point defects of graphite
RSC Adv 2012, 2, 2377-83
08 Yang
XX, Li JW, Zhou ZF, Wang Y, Yang LW, Zheng WT, Sun CQ
Raman determination of the length, strength, compressibility,
elasticity, Debye temperature and force constant of the C-C bond in graphene
Nanoscale 4, 502-10 (2012)
07 Wang Y, Yang XX, Li JW, Zhou ZF, Zheng WT, Sun CQ
Number-of-layer
discriminated graphene phonon softening and stiffening
Appl
Phys Lett 99, 163109 (2011)
06 Yang
XX, Li JW, Zhou ZF, Wang Y, Zheng WT, Sun CQ
Frequency
response of graphene phonons to heating and compression
Appl
Phys Lett 99, 133108 (2011)
05 Zhang
X, NieYG, Zheng WT, Kuo JL, Sun CQ
Discriminative generation
and hydrogen modulation of the Dirac-Fermi polarons at graphene edges and
atomic vacancies
Carbon
49, 3615-21 (2011)
04 Zhang
X, Kuo JL, Gu MX, Bai P, Sun CQ
Graphene nanoribbon
band-gap expansion: Broken-bond-induced edge strain and quantum entrapment
Nanoscale 2, 2160-63
(2010)
03 Sun
CQ, Sun Y, Wang Y, Nie YG, Pan JS, Ouyang G, Pan LK, Sun Z
Coordination-resolved C-C bond length and C1s binding energy and the
effective atomic coordination of the few-layer graphene
J Phys Chem C 113, 16464-7 (2009)
02 Sun CQ, Fu SY, Nie YG
Dominance of the broken bonds and the unpaired nonbonding electrons in
the band gap expansion and the edge states generation in graphene nanoribbons
J Phys Chem C112, 18927-34 (2008)
01 Sun
CQ, Bai HL, Tay BK, Li S, Jiang EY
Dimension, strength, and chemical and thermal stability of a single C-C
bond in carbon nanotubes
J Phys Chem B 107, 7544-6 (2003)
11 Wang Y, Zhang X, Nie Y, and Sun CQ
Under-coordinated atoms
induced local strain, quantum trap depression and valence charge polarization
at W stepped surfaces
Physica
B 407, 49-53 (2012)
10 Nie
YG, Zhang X, Ma SZ, Wang Y, Pan JS, Sun CQ
XPS revelation of W edges as a potential donor-type
catalyst
PCCP
13, 12640-5 (2011)
09 Nie YG, Pan JS, Zheng WT, Zhou J, Sun CQ
Atomic scale purification of Re surface kink states with and without
oxygen chemisorption
J
Phys Chem C 115,
7450–5 (2011)
08 Zheng
WT, Zhou J, Sun CQ
Purified rhodium edge states:
Undercoordination-induced quantum entrapment and polarization
PCCP
12, 12494 – 8 (2010)
07 Wang
Y, Nie YG, Pan JS, Pan LK, Sun Z, Sun CQ
Layer and orientation resolved bond relaxation and
quantum entrapment of charge and energy at Be surfaces
PCCP 12, 12753-9 (2010)
06 Wang
Y, Nie YG, Wang LL,
Sun CQ
Atomic-Layer and Crystal-Orientation Resolved 3d5/2 Core
Level Shift of Ru (0001) and Ru (10
0) Surfaces
J Phys Chem C114, 1226–30 (2010)
05 Zhang
X, Kuo JL, Gu MX, Bai P, Song QG, Sun CQ
Local structure relaxation, quantum-trap depression
and charge polarization induced by the shorter and stronger bonds between
under-coordinated atoms in gold nanoclusters
Nanoscale 2, 412–7 (2010)
04 Wang
Y, Nie YG, Sun Y, Pan JS, Pan LK, Sun Z, Sun CQ
Orientation-resolved 3d5/2 energy shift of
Rh and Pd surfaces: Anisotropy of the skin-depth lattice strain and quantum
trapping
PCCP 12, 2177 –82 (2010)
03 Sun CQ, Bai HL, Li S, Tay BK, Li CM, Chen
TP, Jiang EY
Length, strength, extensibility and thermal stability of an Au-Au bond
in the gold monatomic chain
J Phys Chem B 108, 2162-7 (2004)
02 Sun
CQ, Wang Y, Nie YG, Sun Y, Pan JS, Pan LK, Sun Z,
Adatoms-induced local strain, quantum trap depression, and charger
polarization at Pt and Rh surfaces
J Phys Chem C113, 21889–94 (2009)
01 Zhao
M, Zheng WT, Li JC, Wen Z, Gu MX, Sun CQ
Atomistic origin, temperature dependence and
responsibilities of surface energetics: An extended broken-bond rule
Phys Rev B 75, 085427
(2007)
04 Wang
Y, Nie YG, Pan LK, Sun Z. Sun CQ
Potential barrier generation at the BeW interface
blocking thermo-nuclear radiation
Appl Surf Sci 257, 3603–6 (2011)
03 Nie YG, Wang Y, Sun
Y, Pan JS, Mehta BR, KhanujaM, Shivaprasad SM, Sun CQ,
CuPd interface
charge and energy quantum entrapment: A tight-binding and XPS investigation
Appl
Surf Sci 257,
727–730 (2010)
02 Sun
CQ, Wang Y, Nie YG, Mehta BR, KhanujaM, ShivaprasadSM, Sun Y, Pan JS, Pan LK, Sun
Z
Interface charge polarization and quantum trapping in
AgPd and CuPd bimetallic alloy catalysts
PCCP 12, 3131 – 5 (2010)
01 Sun CQ, Pan LK, Chen TP, Sun
XW, Li S, and Li CM
Distinguishing the effect of crystal-field screening
from the effect of valence recharging on the 2p3/2 and 3d5/2 level
energies of nanostructured copper
APPL SURF SCI 252, 2101-7 (2006)
3.4 Phonon relaxation dynamics (7)
07 Liu XJ, Pan LK, Sun
Z, Chen
YM, Yang XX, Yang LW, Zhou ZF, Sun CQ
Strain
engineering of the elasticity and the Raman shift of nanostructured TiO2
J Appl Phys 110, 044322 (2011)
06 Li
JW, Yang LW, Zhou ZF, Liu XJ, Xie GF, Pan Y, Sun CQ
Mechanically
Stiffened and Thermally Softened Raman Modes of ZnO Crystal
J Phys Chem B 114,
1648–51 (2010)
05 Gu
MX, Sun CQ, Tan CM, Wang SZ
Local bond average for the size and temperature
dependence of elastic and vibronic properties of nanostructures
Int J Nano Tech 6: 640-52 (2009)
04 Ouyang G, Sun
CQ and Zhu WG
Pressure-stiffened Raman optical phonons in
group III-nitrides: A local bond average approach
J Phys Chem B112,
5027-31 (2008)
03 Gu
MX, Zhou YC, Pan LK, Sun Z, Wang SZ, Sun
CQ
Temperature dependence of the elastic and vibronic
behavior of Si, Ge and diamond crystals
J APPL PHYS 102, 083524 (2007)
02 Gu
MX, Pan LK, Au Yeung TC, Tay BK, Sun CQ
Atomistic origin for the thermally-driven softening of Raman optic
phonons in group III-nitrides
J PHYS CHEM C 111, 13606-10 (2007)
01 Gu
MX, Pan LK, Tay BK, Sun CQ
Atomistic origin and
temperature dependence of Raman optical redshift in nanostructures: a broken
bond rule
J Raman Spect 38,
780-8 (2007)
02 Chen ZW, Sun CQ, Zhou YC
and Ouyang G
Size dependence of the pressure-induced
solid-solid phase transition in nanocrystals
J Phys Chem C 112, 2423-7 (2008)
01 Gu MX, Zhou YC, Sun CQ
Local bond average for the thermally-induced
bond expansion
J Phys Chem B 112, 7992–5
(2008)
08 Chen
YM, Li JW, Yang XX, Zhou ZF, Sun CQ
band gap modulation of the IV, III-V,
and II-VI semiconductor nanostructures by controlling the solid size and
dimension and the temperature of operation
J Phys Chem C115, 23338–43 (2011)
07 Ma SZ,
Liang HK, Wang XH, Zhou J, Li LT, Sun CQ
Controlling the Band Gap of ZnO by Programmable Annealing
J Phys Chem C115,
20487–90 (2011)
06 Liu
XJ, Pan LK, Sun Z, Wang XH, Zhou J, Li LT, Sun CQ
Mechanically Stiffened and Thermally Softened Bulk
Modulus of BaXO3 (X = Ti, Zr, Nb) Cubic Perovskites
J APPL PHYS 109, 033511 (2011)
05 Li J, Li YX, Yu X, Ye W, Sun CQ
Local bond average for the temperature
dependence of elastic modulus
J Phys D 42, 045406 (2009)
04 Ouyang G, Gu MX, Fu SY, Sun
CQ and ZhuWG
Determination of the
Si-Si bond
energy from the temperature dependence of elastic modulus and surface tension
Euro
PhysLett 84, 66005-10 (2008)
03 Gu MX,
Sun CQ, Chen Z, Au Yeung TC, Li S, Tan CM, and Nosik V
Size, temperature, and bond nature dependence of Young’s modulus and
its derivatives on extensibility, Debye temperature, and specific heat of
nanostructures
Phys Rev B 75, 125403 (2007)
02 Li
JW, Yang LW, Zhou ZF, Chu PK, Wang XH, Zhou J, Li LT, Sun CQ
Bandgap
Modulation in ZnO by Size, Pressure, and Temperature
J Phys Chem C 114, 13370–4 (2010)
01 Ouyang
G, Sun CQ and Zhu WG
Atomistic
Origin and Pressure Dependence of Band Gap Variation in Semiconductor Nanocrystals
J Phys Chem C113, 9516-9 (2009)
04 Liu
HH, Jiang EY, Bai HL, Li ZQ, Wu P, Sun CQ
Possible Paths towards Magic Clusters Formation
J Mol Struct: THEOCHEM
728, 203-7 (2005)
03 Sun
CQ, Tay BK, Zeng XT, Li S, Chen TP, Zhou J, Bai HL, Jiang EY
Bond-order-length-strength (BOLS) correlation mechanism for the shape
and size dependency of a nanosolid
J Phys Condens Matt14, 7781-95 (2002)
02 Sun
CQ, Tay BK, Lau SP, et al
Bond
contraction and lone pair interaction at nitride surfaces
J APPL PHYS 90, R2615-7 (2001)
01 Sun
CQ, Gong HQ, Hing P, et al
Behind the quantum confinement and surface passivation
of nanoclusters
SURF REV LETT 6, 171-6 (1999)
13 GaoYJ, WangHB, ZhaoJW, SunCQ, WangFY
Anisotropic
and temperature effects on mechanical properties of copper nanowires under
tensile loading
Comput Mater Sci 50, 3032-7 (2011)
12 Liu
XJ, Zhou ZF, Yang LW, Li JW, Xie GF, Fu SY, Sun CQ
Correlation
and size dependence of the lattice strain, binding energy, elastic modulus, and
thermal stability for Au and Ag nanostructures
J APPL PHYS 109, 074319 (2011)
11 Liu
XJ, Yang LW, Zhou ZF, Sun CQ
Inverse
Hall-Petch relationship of nanostructured TiO2: Skin-depth energy
pinning versus surface preferential melting
J APPL PHYS108, 073503 (2010)
10 Ouyang G, ZhuWG, Sun
CQ, ZhuZM, and Liao SZ
Atomistic origin of
lattice strain on stiffness of nanoparticles
PCCP 12, 1543-9 (2010)
09 Liu
XJ, Li JW, Yang LW, Zhou ZF, Ma ZS, Xie GF, Pan Y and Sun CQ
Size-induced
elastic stiffening of ZnO nanostructures: Skin-depth energy pinning
APPL PHYS LETT 94, 131902 (2009)
08 Pan Y, Zhou ZF, Fu SY, Nie YG
and Sun CQ
Factors Controlling
the Strongest Sizes in the Inverse Hall-Petch Relationship
NANO 3, 175-85 (2008)
07 Ouyang G, Yang GW, Sun CQ, Zhu WG
Nanoporous Structures:
Smaller is Stronger
SMALL 4, 1359-62
(2008)
06 Ding
Y, Sun CQ, Zhou YC
Nanocavity strengthening: impact of the broken bonds
at the negatively curved surfaces
J Appl Phys 103, 084317 (2008)
05 Liu HH, Jiang EY, Bai HL, Wu
P, and Li ZQ, Sun CQ
The kinetics and modes of goldnanowirebreaking
J Comput Theor Nano Sci 5, 1450-3
(2008)
04 Sun CQ, Li S, Li CM
Impact of bond-order loss on surface and nanosolid mechanics
J PHYS CHEM B 109, 415-23 (2005)
03 Poa CHP,
Smith RC, Silva SRP, Sun CQ
Influence of mechanical stress on electron field
emission of multi-walled carbon nanotube-polymer composites
J Vac Sci Technol B23, 698-701 (2005)
02 Sun
CQ, Li CM, Li S, Tay BK
Breaking limit of atomic distance in an impurity-free monatomic chain
PHYS REV B 69, 245402 (2004)
01 Sun
CQ, Tay BK, Lau SP, et al
Bond
contraction and lone pair interaction at nitride surfaces
J APPL PHYS 90, R2615-7 (2001)
09 Sun
TY, Wang XH, Wang H, Zhang XQ, Cheng ZD, Sun CQ, Li LT
A
Phenomenological Model on Phase Transitions in Nanocrystalline Barium Titanate
Ceramic
J Am Ceramic Soc 93, 2571–2573
(2010)
08 Ma
SZ, Wang XH, Zhou J, Li LT, Sun CQ
Thermal stability of the nanostructured BaTiO3
ferroelectrics determined by long and short range interactions: A dual-shell
model
J Appl Phys107, 064102 (2010)
07 Liu HH, Jiang EY, Bai HL, Wu P, and Li ZQ, Sun
CQ
Shell-resolved
melting kinetics ofIcosahedral Cluster
J Nano Sci Nanotech
9, 2051-4 (2009)
06 Sun CQ, Shi Y,
Li CM, Li S, and Au Yeung TC
Size-induced undercooling and
overheating in phase transitions in bare and embedded clusters
Phys Rev B 73, 075408
(2006)
05 Sun
CQ, Li CM, Bai HL, Jiang EY
Melting
point oscillation of a solid over the whole range of sizes
Nanotechnol
16, 1290-3 (2005)
04 Sun
CQ, Zhong WH, Li S, and Tay BK
Coordination imperfection suppressed phase stability of ferromagnetic, ferroelectric,
and superconductive nanosolids
J PHYS CHEM B 108, 1080-4 (2004)
03 Sun
CQ, Bai HL, Li S, Tay BK, Jiang EY
Size effect on the electronic structure and the
thermal stability of a gold nanosolid
ACTA MATER 52, 501-5 (2004)
02 Sun
CQ, Wang Y, Tay BK, Li S, Huang H, Zhang Y
Correlation between the melting point of a nanosolid and the cohesive
energy of a surface atom
J Phys Chem B 106, 10701-5 (2002)
01 Zhong WH, Sun CQ, Tay BK, Li S, Bai HL and
Jiang EY
Curie temperature suppression of ferromagnetic nanosolids
J PHYS CONDENS MATT 14, L399-405
(2002)
04 Ouyang
G, Zhu WG, Sun CQ
Size Dependent Debye
Temperature and Total Mean Square Relative Atomic Displacement
in Nanosolids under High
Pressure and High Temperature
J Phys Chem C114, 1805–8 (2010)
03 Liu
HH, Jiang EY, Bai HL, Wu P, and Li ZQ, Sun CQ
Dislocation Stimulus Dependence of Atomic Collective Vibration in an
Icosahedral Cluster
J Nano SciTechno l9, 4668-72 (2009)
02 Sun
CQ, Pan LK, Li CM, Li S
Size-induced acoustic hardening and optic softening of phonons in CdS, InP,
CeO2, SnO2, and Si nanostructures
PHYS REV B 72, 134301 (2005)
01 Pan
LK, Sun CQ and Li CM
Elucidating Si-Si dimmer vibration from the size-dependent Raman shift
of nanosolid Si
J Phys Chem B 108, 3404-6 (2004)
12 Yang C, Zhou ZF, Li JW, Yang
XX, Qin W, Jiang
R, Guo NG, Wang Y, Sun CQ
Correlation between the band gap, elastic modulus, Raman
shift and melting point of CdS, ZnS, and CdSe semiconductors and their size
dependency
Nanoscale
4, 1304-7 (2012)
11 Goh SM, Chen TP, Sun CQ, and
Liu YC
Thickness
effect on the band gap and optical properties of germanium thin films
J APPL PHYS 107, 024305 (2010)
10 Wang
Y, Ouyang G, Wang LL, Tang LM, Sun CQ
Size- and
composition-induced band-gap change of nanostructured compound semiconductors
Chem Phys Lett 463, 383–6 (2008)
09 Li JW, Liu XJ, Yang LW, Zhou ZF, Xie GF, Pan Y, Wang
XH, Zhou J, Li LT, Sun CQ
Photoluminescence andphotoabsorptionblue shift of nanostructured
ZnO: Skin-depth quantum trapping and electron-phonon coupling
APPL PHYS
LETT 95, 031906 (2009)
08 Pan
LK, Sun Z, Sun CQ
Coordination
imperfection enhanced electron–phonon interaction and band-gap expansion in Si
and Ge nanocrystals
Scripta Mater 60, 1105–8 (2009)
07 Pan
LK, Li HB, Sun Z, Sun CQ
Surface metallization on the photo-emission, photo-absorption
and core-level shift of nanosolid silicon
Surf Rev Lett 16, 265-70 (2009)
06 Pan
LK, Sun CQ
Coordination imperfection enhanced electron-phonon
interaction
J APPL PHYS 95, 3819-21
(2004)
05 Pan
LK, Sun CQ, Tay BK, Chen TP, Li S
Photoluminescence of Si nanosolid near the lower end of the size limit
J Phys Chem B 106, 11725-7 (2002)
04 Sun CQ, Li S, Tay BK, Chen TP
Upper limit of blue shift in the photoluminescence of
CdSe and CdS nanosolids
Acta Mater 50, 4687-93 (2002)
03 Sun CQ, Chen TP, Tay BK, Sun XW, Lau SP
Bandgap expansion of a nanometric semiconductor
Mater Phys Mech 4, 129-33 (2001)
02 Sun
CQ, Chen TP, Tay BK, et al
An extended 'quantum confinement' theory: surface-coordination
imperfection modifies the entire band structure of a nanosolid
J PHYS D 34, 3470-9 (2001)
01 Sun
CQ, Sun XW, Gong HQ, et al
Frequency shift in the photoluminescence of nanometricSiOx:
surface bond contraction and oxidation
J PHYS-CONDENS MAT 11, L547-50 (1999)
13 Nie
YG, Pan JS, Zhang Z, Chai J, Wang SJ, Yang CS, Li D, and Sun CQ
Size Dependent 2p3/2 Binding-energy Shift
of Ni Nanoclusters on SiO2 Support: Skin-depth Local Strain and
Quantum Trapping
Appl
Surf Sci 256,
4667–71 (2010)
12 Pan
JS, Tao JG, HuanCHA, Chiam SY, Zhang Z, Li DTH, Sun Y, Chai JW, Wang SJ and Sun
CQ
Determination of Atomic Ni Interaction with TiO2 by
X-ray Photoelectron SpectroscopySurface and interface analysis
Surf Interf Anal 42, 878–81 (2010)
11 Wang
Y, Wang LL, Sun CQ
The 2p3/2 binding energy shift of Fe
surface and Fe nanoparticles
Chem
Phys Lett
480, 243–6 (2009)
10 Sun
Yi, Pan JS, Wang Y, Wang LL, Sun CQ
Elucidating the 4f binding energy of an isolated Pt atom and its bulk
shift from the measured surface- and size-induced Pt 4f core level shift
J Phys Chem C 113, 14696-701 (2009)
09 Sun
Yi, Pan JS, Tao JG, et al
Size dependence of the 2P3/2 and
3d5/2 binding energy of Ni nanostructures: Broken bond-induced local
strain and skin quantum trapping
J
Phys Chem C113, 10939-46 (2009)
08 Chen TP, Liu Y, Sun CQ, et al
Energy shifts of Si oxidation states in the system of
Si nanocrystals embedded in SiO2 matrix
J
NANOSCI NANOTECHNOL 7, 2506-10 (2007)
07 Tay Y, Li S, Sun CQ, Chen
P
Size dependence of Zn-2p3/2
binding energy in nanocrystalline ZnO
APPL PHYS LETT 88, 017311 (2006)
06 Sun
CQ
Surface and nanosolid core-level shift: impact of atomic coordination
number imperfection
PHYS REV B 69, 045105 (2004)
05 Zheng
WT, Sun CQ, Tay BK
Modulating the work function of Carbon by O and N
addition and nanotip formation
SOlid State CoMMUN 128, 381-4 (2003)
04 Chen TP, Liu Y, Sun CQ, Tse
MS, Hsieh JH, Fu YQ, Liu YC, and Fung S
Core-Level Shift of Si Nanocrystals Embedded
in SiO2 Matrix
J PHYS CHEM B 108, 16609-12
(2004)
03 Sun
CQ
Atomic coordination imperfection enhanced Pd-3d5/2
crystal binding energy
Surf Rev Lett 10, 1009-13 (2003)
02 Sun
CQ, Pan LK, Fu YQ, Tay BK and Li S
Size dependent 2p-level shift of nanosolid silicon
J Phys Chem B 107, 5113-5 (2003)
01 Sun
CQ, Tay BK, Fu YQ, Li S, Chen TP, Bai HL and Jiang EY
Discriminating crystal bonding from the atomic trapping of a core
electron at energy levels shifted by surface relaxation or nanosolid formation
J Phys Chem B 107, 411-4 (2003)
02 Zhong
WH, Sun CQ, Li S, Bai HL, Jiang EY
Impact of bond order loss on
surface and nanosolid magnetism
ACTA MATER 53, 3207-14 (2005)
01 Zhong
WH, Sun CQ, Li S
Size effect on the magnetism of nanocrystalline Ni
films at ambient temperature
Solid state commun 13, 603-6 (2004)
10 Goh Eunice SM, Chen TP, Huang
SF, Liu Y, and Sun CQ
Size-induced dielectric suppression of Ge
nanocrystals: Skin-deep quantum entrapment
NANOSCALE
2012, 4, 1308-1311
09 Goh Eunice SM, Chen TP, Huang
SF, Liu YC, and Sun CQ
Bandgap expansion and
dielectric suppression of self-assembled Ge Nanocrystals
J APPL PHYS 109, 064307 (2011)
08 Li
CM, Pan LK, Sun CQ, Zhang J, Gamota D
Impedancecharacterization
of dielectric and semiconducting materials with organic capacitors for organic
transistors
Int J Nano Sci
4, 451-9 (2005)
07 Pan
LK, Sun CQ, Chen TP, Li S, Li CM and Tay BK
Dielectric
suppression of nanosolid silicon
NANOTECHNOL 15, 1802-6 (2004)
06 Pan
LK, Huang HT, Sun CQ
Dielectric
transition and relaxation of nanosolid silicon
J APPL PHYS 94, 2695-700 (2003)
05 Sun
CQ, Sun XW, Tay BK, et al
Dielectric suppression and its effect on photoabsorption of nanometric
semiconductors
J PHYS D 34, 2359-62 (2001)
04 Ye
HT, Sun CQ, Huang HT, et al
Dielectric
transition of nanostructured diamond films
APPL PHYS LETT 78, 1826-8 (2001)
03 Huang
HT, Sun CQ, Zhang TS, Hing P
Grain-size effect on ferroelectric Pb (Zr1-xTix)O3
solid solutions induced by surface bond contraction
PHYS REV B 63, 184112 (2001)
02 Huang
HT, Sun CQ, Hing P
Surface bond contraction and its effect on the nanometric sized lead zirconatetitanate
J PHYS-CONDENS MAT 12, L127-32 (2000)
01 Ye
HT, Sun CQ, Hing P
Control of grain size and size effect on the dielectric constant of
diamond films
J PHYS D 33, L148-52 (2000)
10 He J, Chen KQ, Sun CQ
The weak π − π interaction
originated resonant tunneling and fast switching in the carbon based electronic
devices
AIP Adv 2, 012137 (2012)
09 Wan HQ, Zhou BH, Chen XXW, Sun CQ, Zhou
GH
Switching, Negative Differential Resistance
and Spin-Filtering Effects in a Carbon-Based Molecular Device
J Phys Chem C116,
2570–4 (2012)
08 Zeng
J, Chen KQ, He J, Zhang XJ, Sun CQ
Edge Hydrogenation Induced Spin-Filtering and Rectifying Behaviors in
the Graphene Nanoribbon Heterojunctions
J Phys Chem C 115, 25072–6 (2011)
07 Zhao XA, Li J, Yeung TCA, Kam CH, Chen QH, Sun CQ
Phonon
transport in atomic chains coupled by thermal contacts: The role of buffer
layer
J APPL PHYS 107, 094312 (2010)
06 Li J,
Au YeungTC, Kam CH, Chen QH, Zhao XA, Sun CQ
The effect of surface bond reconstruction of
thermal contact surfaces on phonon transport in atomic wire
J APPL PHYS 106, 054312
(2009)
05 Li J,
Au Young TC, Kim CH, Chen QH, Zhao XA, Sun CQ
Anharmonic
phonon transport in atomic wire coupled by thermal contacts with surface bond
reconstruction
J APPL PHYS 106, 014308 (2009)
04 Au
Yeung TC, Gu MX, Sun CQ, Chen CK and Nosik V
Impact of
surface bond-order loss on phonon dispersion relations and thermal conductivity
of cylindrical Si nanowires
PHYS REV B 74, 155317 (2006)
03 Au
Yeung TC, Chiam TC, Sun CQ, Gu M, Shangguan WZ, Kam CH
Effect
of surface bond-order loss on the electronic thermal conductivity for
metallicpolycrystalline films
J ApplPhys98,
113707 (2005)
02 Au
Yeung TC, Sun CQ, Chiam TC, Ramanathan R, Shangguan WZ and Kam CH
Effect
of surface bond-order loss on the dc conductance of a metallic nanosolid
J Appl Phys 98,
104308 (2005)
01 Au Yeung TC, Chiam
TC, Chen CK, Sun CQ, Shangguan WZ, Kam CH
Effect of surface bond-order loss
on the electrical resistivity of metallic polycrystalline thin films
PHYS REV B 72, 155417 (2005)
V O, N, C Molecular Chemisorption
Dynamics: “Ice Rule” inspired 3B Correlation
05 Sun
CQ
A model of bond-and-band for the behavior of nitrides
MOD PHYS LETT B 11, 1021-9 (1997)
04 Sun
CQ
A
model of bonding and band-forming for oxides and nitrides
APPL PHYS LETT 72, 1706-8 (1998)
03 Sun
CQ, Bai CL
Modeling of non-uniform electrical potential barriers for metal
surfaces with chemisorbed oxygen
J PHYS-CONDENS MAT 9, 5823-36 (1997)
02 Sun
CQ, Bai CL
A model of bonding between oxygen and metal surfaces
J PHYS CHEM SOLIDS 58, 903-12 (1997)
01 Sun
CQ
What effects in nature the two-phase on the O-Cu(001)?
MOD PHYS LETT B 11, 81-6 (1997)
08 Sun
CQ
Oxygen-reduced inner potential and work function in
VLEED
VACUUM 48, 865-9 (1997)
07 Sun
CQ
Angular-resolved VLEED from O-Cu(001): valence bands, chemical
bonds, potential barrier, and energy states
INT J MOD PHYS B 11, 3073-91 (1997)
06 Sun
CQ
Time-resolved VLEED from the O-Cu(001): atomic
processes of oxidation
VACUUM 48, 525-30 (1997)
05 Sun
CQ
Exposure-resolved VLEED from the O-Cu(001): bonding
dynamics {Movie}
VACUUM 48, 535-41 (1997)
04 Sun
CQ
Coincidence in angular-resolved VLEED spectra:
Brillouin zones, atomic shifts and energy bands
VACUUM 48, 543-6 (1997)
03 Sun
CQ
Spectral sensitivity of the VLEED to the bonding
geometry and the potential barrier of the O-Cu(001) surface
VACUUM 48, 491-8 (1997)
02 Sun
CQ, Bai CL
Oxygen-induced non-uniformity in surface
electrical-potential barrier
MOD PHYS LETT B 11, 201-8 (1997)
01 Thurgate
SM, Sun C
Very-low-energy electron-diffraction analysis of oxygen on Cu(001)
PHYS REV B 51, 2410-7 (1995)
12 Sun
CQ, Zhang S, Hing P, et al
Spectral correspondence to the evolution of chemical
bond and valence band in oxidation
MOD PHYS LETT B 11, 1103-13 (1997)
11 Sun
CQ, Li S, Tay BK, et al
Solution certainty in the Cu(110)-(2x1)-2O2-
surface crystallography
INT J MOD PHYS B 16, 71-8 (2002)
10 Sun
CQ
Oxygen interaction with Rh(111) and Ru(0001) surfaces:
bond-forming dynamics
MOD PHYS LETT B 14, 219-27 (2000)
09 Sun
CQ, Hing P
Driving force and bond strain for the C-Ni(100)
surface reaction
SURF REV LETT 6, 109-14 (1999)
08 Sun
CQ
Mechanism for the N-Ni(100) clock reconstruction
VACUUM 52, 347-51 (1999)
07 Sun
CQ
On the nature of the O-Co(10-10) triphase ordering
SURF REV LETT 5 (5) 1023-8 OCT 1998
06 Sun
CQ
Driving force behind the O-Rh(001) clock
reconstruction
MOD PHYS LETT B 12, 849-57 (1998)
05 Sun
CQ
O-Ru(0001) surface bond and band formation
SURF REV LETT 5, 465-71 (1998)
04 Sun
CQ
Origin and processes of O-Cu (001) and the O-Cu (110)
biphase ordering
INT J MOD PHYS B 12, 951-64 (1998)
03 Sun
CQ
Nature and dynamics of the O-Pd (110) surface bonding
VACUUM 49, 227-32 (1998)
02 Sun
CQ
On the nature of the O-Rh(110) multiphase ordering
SURF SCI 398, L320-6 (1998)
01 Sun
CQ
Nature of the O-fcc(110) surface-bond networking
MOD PHYS LETT B 11, 1115-22 (1997)
03 Zhao
ZW, Tay BK, Sun CQ, and Ligatchev V
Oxygen
lone-pair states near the valence-band edge of aluminum oxide thin films
J APPL PHYS 95, 4147-50 (2004)
02 Sun
CQ, Tay BK, Lau SP, et al
Bond
contraction and lone pair interaction at nitride surfaces
J APPL PHYS 90, R2615-7 ( 2001)
01 Sun
CQ, Li S
Oxygen-derived DOS features in the valence band of
metals
SURF REV LETT 7, 213-7 (2000)
09 Sun
CQ, Fu YQ, Yan BB, et al
Improving
diamond-metal adhesion with graded TiCN interlayers
J APPL PHYS 91, 2051-4 (2002)
08 Sun
CQ, Jin D, Zhou J, et al
Intense
and stable blue-light emission of Pb(ZrxTi1-x)O3
APPL PHYS LETT 79, 1082-4 (2001)
07 Zhou
J, Sun CQ, Pita K, et al
Thermally
tuning of the photonic band gap of SiO2 colloid-crystal infilled
with ferroelectric BaTiO3
APPL PHYS LETT 78, 661-3 (2001)
06 Sun
CQ, Xie H, Zhang W, et al
Preferential oxidation of diamond {111}
J PHYS D 33, 2196-9 (2000)
05 Li
JJ, Zheng WT, Gu CZ, et al
Field emission enhancement of amorphous carbon films
by nitrogen implantation
CARBON 42, 2309–14 (2004)
04 Wang
X, Zheng WT, Tian HW, et al
Growth, structural, and magnetic properties of iron
nitride thin films deposited by dc magnetron sputtering
APPL SURF SCI 220, 30-9 (2003)
03 Zheng
WT, Li JJ, Wang X, Li XT, Jin ZS, Tay BK and Sun CQ
Mechanism
for the nitrogen-lowered threshold in carbon nitride cold-cathode
J APPL PHYS 94, 2741-5 (2003)
02 Zhong
WH, Tay BK, Lau SP, Sun XW, Li S, Sun CQ
Structural and magnetic
properties of iron-nitride thin films deposited using filtered cathodic vacuum
arc
THIN SOLID FILMS 478, 61-6 (2005)
01 Ng CY, Chen TP, Liu Y, Sun
CQ, Fung S
Influence
of nitrogen on tunneling barrier heights and effective masses of electrons and
holes at lightly-nitrided SiO2/Si interface
J Appl Phys 96, 5912-4 (2004)
VI Applications: O, N, & C
Related Compounds
6.1 Oxide: PL, photonic crystal, GMR,
Catalyst (38)
38 Liu
XJ, Pan LK, Sun Z, Chen YM, Yang XX, Yang LW, Zhou ZF, and Sun CQ
Correlation between the Elastic and the
Vibronic Behavior of Nanostructured Titania and Their Pressure, Size, and
Temperature Dependence
J Adv Dielectrics1: 407-16 (2011)
37 Liu
XJ, Pan L, Lv T, Zhu G, Sun Z, Sun CQ
Microwave-assisted synthesis of CdS-reduced graphene oxide composites for photocatalytic reduction of Cr (VI)
Chem Commun 47, 11984-6 (2011)
36 Liu X,
Pan L, Lv T, Lu T, Zhu G, Sun Z, Sun CQ
Microwave-assisted
synthesis of ZnO–graphene composite for photocatalytic reduction of Cr (VI)
Catal Sci Technol 1, 1189-93 (2011)
35 Liu X,
Pan L, Lv T, Zhu G, Lu T, Sun Z, Sun CQ.
Microwave-assisted
synthesis of TiO2-reduced graphene oxide composites for the photocatalytic
reduction of Cr (VI)
RSC Adv1, 1245-9 (2011)
34 Luo YS, Dai XJ, Zhang WD, Yang Y, Sun CQ and Fu SY
Controllable synthesis and luminescent properties of
novel erythrocytelike CaMoO4 hierarchical nanostructures via a
simple surfactant-free hydrothermal route
Dalton Trans 39, 2226-31 (2010)
33 Zhang YY, Yang LW, Xu
CF, Zhong JX, Sun CQ
Sensitized deep-ultraviolet
upconversion emissions of Gd3+ via Tm3+ and Yb3+
in hexagonal NaYF4 nanorods
APPL PHYS B98, 243-247 (2010)
32 Li J, Li Y, Zhou G, Sun Y,
and Sun CQ.
A first principles study on the full-Heusler compound
Cr2MnAl
Appl Phys Lett 94, 242502 (2009)
31 Li J, Chen G, LiJ, Li
Y, and Sun CQ
The lower-valence
coexisting ferrimagnetic Cr2VX (X = Ga, Si, Ge, Sb)
Heusler compounds: A first-principles study
Scripta Mater 59, 1107-10 (2008)
30 Li
YQ, Yang Y, Sun CQ, Fu SY
Significant enhancements inthefluorescenceandphosphorescenceofZnO-QDs/SiO2nanocompositesbycalcinations
J Phys Chem C 112, 17397-401 (2008)
29 Chen
XF, Zhu W, Lu H, Pan JS, Bian HJ, Tan OK and Sun CQ
Si field emitter
arrays coated with thin ferroelectric films
Ceramics Int 34, 971-7 (2008)
28 Yang
F, Tang MH, Zhou YC, Zheng XJ, Liu F, Tang JX, Zhang JJ, Zhang J, Sun CQ
A
model for the polarization hysteresis loops of the perovskite-type
ferroelectric thin films
APPL PHYS LETT 91, 142902 (2007)
27 Bian HJ, Chen XF, Pan JS, Sun CQ, Zhu WG
Field emission from TSO
coated silicon tips
J VAC SCI TECHNOL
B 25, 817-21 (2007)
26 Tay BK, Zhao ZW, Sun CQ
Effects of substrate bias
and growth temperature on properties of aluminum oxide thin films by using
filtered cathodic vacuum arc
SURF COAT TECHNOL 198, 94-97 (2005)
25 Mi
WB, Bai HL, Liu Hui, Sun CQ
Microstructure, magnetic, and optical properties of
sputtered Mn-doped ZnO films with high-temperature ferromagnetism
J APPL PHYS 101, 023904
(2007)
24 Zhang
YB, Li S, Sun CQandSritharan T
Twin-microstructure enhanced
magnetoresistance in La067Ba033MnO3 oxides
Solid State
Commun139, 506 (2006)
23 Pan
LK, Sun CQ, Yu GQ, Zhang QY, Fu YQ, and Tay BK
Distinguishing
the effect of surface passivation from the effect of size on the photonic and
electronic behavior of porous silicon
J APPL PHYS 96, 1704-8 (2004)
22 Tay
BK, Zhao ZW and Sun CQ
Effects of substrate bias
and growth temperature on properties of Al oxide thin films by using filtered
cathodic vacuum arc
Surf Coat Technol 198, 94-7 (2005)
21 Li ZQ,
Liu H, Liu XJ, Liu XD, Bai HL, Sun CQand
Jiang EY
Magnetic and electronic
properties of charge ordered Nd08Na02MnO3
J MagMag Mater 284, 133-9 (2004)
20 Li
ZQ, Liu H, Liu XD, Wu P, Bai HL, Sun CQ and Jiang EY
Competition between the double exchange and charge
ordering interactions in the bandwidth controlled (La, Nd)08Na02MnO3manganites
Physica B
351, 114-20 (2004)
19 Li
ZQ, Zhang XH, Yu JS, Liu XJ, Liu XD, Liu H, Wu P, Bai HL, Sun CQ, Lin JJ, Jiang
EY
Competition between the charge ordered and
ferromagnetic states in (La, Nd)075Na025MnO3manganites
PHYS LETT A 325, 430-434 (2004)
18 Xu
CX, Sun XW, Chen BJ, Sun CQ and Tay BK
Nanostructural ZnO fabrication by vapor-phase
transport in air
Inter
J Mod Phys B 18, 225-32 (2004)
17 Li
S, Yip TH, Sun CQ, Widjaja S and Liang MH
Origin of self-aligned nano-domains in MgB2
Ceramics IntNTL
30,
1575-9 (2004)
16 Huang
H, Sun CQ, Zhang T, Zhu H, Oh JT, Hing P
Stress effect on the pyroelectric properties of Lead titanate thin
films
Integr Ferroelect 51, 81–90 (2003)
15 Xu
CX , Sun XW, Chen BJ, Sun CQ, Tay BK, Li S
Aligned ZnO nanofibre array prepared by vapor transport in air
ChN Phys Lett 20, 1319-22 (2003)
14 Tan
TT, Li S, Lau SP, Tay YY, Sun CQ, Zhou SH and Dou SX
Effects of varying mechanical deformations on the
relationship between mesotexture and current percolation in (Bi, Pb)2Sr2Ca2Cu3O10/Ag
superconductor tapes
Supercond Sci Technol 16, 885-92 (2003)
13 Li S,
White T, Laursen K, Tan TT, Sun CQ, et al
Intense vortex pinning enhanced by
semi-crystalline defect traps in self-aligned nano-structured MgB2
Appl Phys Lett 83, 314-6 (2003)
12 Zhang YB, Li S, Sun
CQ, and Gao W
Possible origin of
magnetic transition ordering in La2/3A1/3MnO3
oxides
Mater Sci Eng B 98, 54-9 (2003)
11 Chen
TP, Liu Y, Sun CQ and FungS
Barrier height change in very thin SiO2
films caused by charge injection
Electrochem Solid State Lett 5, G96-8 (2002)
10 Jin
D, Hing P, Sun CQ
Growth dynamics and electric properties of PbTi01Zr09O3
ceramics doped with cerium oxide
J PHYS D 33,
744-52 (2000)
09 Chen
TP, Tse M, Sun CQ, et al
Post-breakdown conduction instability of ultrathin SiO2
films observed amped-current and ramped-voltage current-voltage measurements
Jpn J Appl Phys 11, 3047-51 (2002)
08 Zhang
YB, Li S, Sun CQ, et al
Transition dependence of La2/3Ca1/3MnO3
oxide on microstructure
J MATER PROCESS TECH 122, 266-71 (2002)
07 Chen
TP, Tse MS, Sun CQ, et al
Snapback behavior and its similarity to the switching behavior in
ultra-thin silicon dioxide films after hard breakdown
J PHYS D 34,
L95-8 (2001)
06 Li S, Zhang L, Liang MH, et
al
Formation of semi-coherent interface in TiSi2/Si
structure
INT J MOD PHYS B 16, 249-53 (2002)
05 Li
S, Zhang YB, Liang MH, Sun CQ
Grain growth dependence of microstructure in La067Ba033MnO3+d oxides
INT J MOD PHYS B 16, 261-7 (2002)
04 Li
S, Lee YK, Sun CQ, et al
Formation mechanism and crystallographic relationship
of epitaxy Ti and Al thin films in ionized metal plasma deposition
SURF REV LETT 8, 465-9 (2001)
03 Zhang
YB, Li S, Sun CQ, et al
Observation
of heat flow at transition temperature in La1-xCaxMnO3+delta
Oxides
J APPL PHYS 90, 4583-6 (2001)
02 Zhang
YB, Li S, Hing P, Sun CQ
Thermal transition behavior of La1-xCaxMnO3-delta
oxides
SOLID STATE COMMUN 120, 107-12 (2001)
01 Li
S, Zhang YB, Gao W, et al
Twin
crystallization in La2/3Ba1/3MnO3+delta oxide
and its effect on the saturation magnetization
APPL PHYS LETT 79, 1330-2 (2001)
14 Bian HJ, Chen XF, Pan JS, Zhu
W, and Sun CQ
Effects of sputtering
pressure on the field emission properties of Si tip arrays with N-doped SrTiO3
thin films
Appl Surf Sci 255, 4867–72 (2009)
13 Bian HJ, Chen XF, Pan JS, Zhu
W, and Sun CQ
Field
emission properties of Si tip arrays coated with N-doped SrTiO3 thin films at
different substrate temperature
J Appl Phys 105, 013312 (2009)
12 Chen
XF, Lu H, Bian HJ, Zhu WG, Sun CQ, and Tan OK
Electron Emission of Silicon
Field Emitter Arrays Coated with N-Doped SrTiO3 Film
J Electroceramics 16, 419-23 (2006)
11 Bian HJ, Chen XF, Pan JS, Zhu
W, and Sun CQ
Effect of nitrogen addition
on the surface energy, band gap, core level shift, and the threshold of the
cold cathode field emission of SrTiO3 thin films
J APPL PHYS 102, 114906 (2007)
10 Ding XZ, TanALK, Zeng XT, Wang
C, Yue T, Sun CQ
Corrosion Resistance of
CrAlN and TiAlN Coatings Deposited by Lateral Rotating Cathode Arc
Thin Solid Films 516, 5716-20 (2008)
09 Li S, Sun CQ, and Park HS
Grain Boundary Structures of Atomic Layer Deposited
TiN
THIN SOLID FILMS504, 108-12 (2006)
08 Li
S, Dong ZL, Lim BK, Liang MH, Sun CQ, Gao W, Park HS and White T
Atomic stacking configurations in atomic layer deposited TiN films
J Phys Chem B 106, 12797-800 (2002)
07 Zeng
XT, Zhang S, Sun CQ, Liu YC
Nanometric-layered CrN/TiN thin films: mechanical
strength and thermal stability
Thin Solid Films 424, 99-102 (2003)
06 Fu YQ,
Sun CQ, Yan BB, et al
Carbon turns the tensile surface stress of Ti to be compressive
J PHYS D 34, L129-32 (2001)
05 Hsieh
JH, Zhang WH, Li C, Sun CQ
Characterization of (Ti1-xCrx)06N04
coatings and their tribological behaviors against an epoxy molding compound
SURF COAT TECH 146, 331-7 (2001)
04 Fu YQ, Sun CQ, Du HJ, et
al
Crystalline carbonitride forms harder than the hexagonal
Si-carbonitride crystallite
J PHYS D 34, 1430-5 (2001)
03 Jiang
EY, Sun CQ, Li JE, and Liu YG
The
structures and magnetic properties of FeN films prepared by the facing targets
sputtering method
J Appl Phys 65, 1659-63 (1989)
02 Sun
CQ, Jiang EY, Zhang XX, Liu YG, and Lu Q
Bias effects in facing-target sputtering on the structures and
magnetic properties of NdFeMo films
IEEE-MAG 25, 3339-41 (1989)
01 Jiang
EY, Wang ZJ, Sun CQ Liu YG, Zhang XX, and Lu Q
The magnetic and magneto-optic properties of
facing-target sputtered DyNdFeCo thin films
J MagMag Mater 81, 25-8 (1989)
20 Li H, Pan LK, Zhang
Y , Zou L, Sun CQ, Zhan Y, Sun Z
Carbon nanotube–ZnO nanocomposite
electrodes for supercapacitors
Solid State Ionics 180, 1525-8 (2009)
19 Li H, Pan LK, Zhang
YP, ZouL, Sun CQ, Zhan YK, Sun Z
Kinetics and
thermodynamics study for electrosorption of NaCl onto carbon nanotubes and
carbon nanofibers electrodes
ChemPhysLett 485, 161-6 (2010)
18 Zhang YP, Sun XW,
Pan LK, Li HB, Sun Z, Sun CQ, Tay BK
Carbon
nanotube–zinc oxide electrode and gel polymer electrolyte for electrochemical
supercapacitors
J Alloys Compounds 480, L17-9 (2009)
17 Chen ZW, Gu MX, Sun CQ, ZhangXY, Liu RP,
Ultrastiff carbide uncovered
in first principles
Appl Phys Lett 91, 061905 (2007)
16 Huang
L, Lau SP, McCulloch DG, Zhong WH, Sun CQ, Fu YQ, Tay BK
Self-organized carbon
nanotubes grown at the grain boundary of iron-nitride
CARBON 43,
654-7 (2005)
15 Li
S, Park HS, Sun CQ, Widjaja S and Liao K
Interfacial reactions and mechanism of C54 TiSi2
phase formation enhanced by multi-thermal-shock method
Thin Solid Films 462-463, 132-6 (2004)
14 Sheeja D, Tay BK, Sun
CQ, and Fu YQ
Characterisation of titanium containing amorphous
carbon films prepared on titanium substrates
J MATER SCI 38, 421-5 (2003)
13 Fu YQ,
Du HJ, Sun CQ
Interfacial structure, residual stress and adhesion of
diamond coatings deposited on titanium
Thin Solid Films 424, 107-14 (2003)
12 Fu YQ, Sun CQ, Du HJ, Yan
BB
From diamond to crystalline silicon carbonitride:
effect of introduction of nitrogen in CH4/H2 gas mixture
using MW-PECVD
Surf Coat Technol 160, 165-72 (2002)
11 Zhang
P, Tay BK, Sun CQ, and Lau S P
Microstructure and mechanical properties of nanocomposite
amorphous carbon films
J Vac Sci TechnolA 20, 1390-4 (2002)
10 Ye
HT, Sun CQ, Huang HT, et al
Single semicircular response of dielectric properties
of diamond films
THIN SOLID FILMS 381, 52-6 (2001)
09 Ye
HT, Sun CQ, Hing P
Dielectric characterization of microwave plasma
enhanced chemical vapor deposition diamond films with Ar-H2-CH4
gas mixture
SURF COAT TECH 132, 6-10 (2000)
08 Fu Y,
Yan B, Loh NL, Sun CQ, Hing P
Hydrogen embrittlement of titanium during microwave
plasma assisted CVD diamond deposition
SURF ENG 16, 349-54 (2000)
07 Yan
BB, Loh NL, Fu YG, Sun CQ
Effects of duplex pre-treatment on diamond deposition
on pure titanium
J MATER SCI LETT 19, 1139-41 (2000)
06 Fu
YQ, Yan BB, Loh NL, Sun CQ
Characterization and tribological evaluation of
MW-PACVD diamond coatings deposited on pure titanium
MATSCI ENG A 282, 38-48 (2000)
05 Fu
YQ, Loh NL, Yan BB, Sun CQ
Control of microstructure coarsening of a Ti substrate
during diamond film deposition using Ar/H-2/CH4 gas
mixture
THIN SOLID FILMS 359, 215-20 (2000)
04 Ye
HT, Sun CQ, Hing P, et al
Nucleation and growth dynamics of diamond films by
microwave plasma-enhanced chemical vapor deposition
SURF COAT TECH 123, 129-33 (2000)
03 Yan B, Loh NL, Fu Y, Sun
CQ
Tribological evaluation of diamond coating on pure
titanium in comparison with plasma nitrided titanium and uncoated titanium
J MATER ENG PERFORM 8, 653-60 (1999)
02 Yan
BB, Loh NL, Fu YQ, Sun CQ
Surface and interface characterization of diamond
coatings deposited on pure titanium
SURF COAT TECH 115, 256-65 (1999)
01 Fu
YQ, Yan BB, Loh NL, Sun CQ
Deposition of diamond coating on pure titanium using
micro-wave plasma assisted chemical vapor deposition
J MATER SCI 34, 2269-83 (1999)
04 Li
S, White T, Plevert J and Sun CQ
Superconductivity of nanocrystalline MgB2
Supercond Sci Technol 17, S589-94 (2004)
03 Li S,
White T, Sun CQ, Fu YQ, Plevert J and Lauren K
Discriminating Lattice Structural Effects
from Electronic Contributions to the Superconductivity of Doped MgB2
with Nanotechnology
J
Phys Chem B
108, 16415-9 (2004)
02 Li
S, Tay YY, Sun CQ
Separation
of lattice structural defects from electronic contributions to physical
properties with nanotechnology
Ceramic Trans 172, 247-55 (2006)
01 Li
S, Prabhakar O, Tan TT, Sun CQ, Wang XL, Soltanian S, Horvat J, Dou XS
Intrinsic
nanostructural domains: possible origin of weaklinkless superconductivity in
the quenched product of Mg and amorphous B
Appl Phys Lett 81, 874-6 (2002)
16 Zhu G, Tian Lv T, Pan
LK, Sun Z, Sun CQ
All spray pyrolysis
deposited CdS sensitized ZnO films for quantum dot-sensitized solar cells
J
Alloys Compounds 509, 362–5 (2011)
15 Zang JF; Li CM; Bao SJ; Cui XQ; Bao QL, Sun CQ
Template-free Electrochemical Synthesis of
SuperhydrophilicPolypyrroleNanofiber Network
Macromolecules 41, 7053-7057 (2008)
14 Zang J, Bao S, Li CM, Bian H, Cui X, Q Bao Q, Sun CQ, Guo
J, Lian K
Well-Aligned Cone-shaped Nanostructure of Polypyrrole /RuO2
and its Electrochemical Supercapacitor
J
Phys Chem C112, 14843-7 (2008)
13 Hu
JH, Bhuyan S, Sun CQ
Wireless drive of a piezoelectric plate by
capacitor-like structure in electric resonance with an inductor
J APPL PHYS103, 094915 (2008)
12 Bao
SJ, Bao QL, Li CM, Chen TP, Sun CQ,
Dong ZL, Gan Y, Zhang J
Synthesis and Electrical
Transport of Novel Channel-Structured b-AgVO3
Small 3, 1174-7 (2007)
11 Xiao YH, Che JF, Li CM, Sun
CQ, Chua YT, Li VS, Luong HT
Preparation of
nano-tentacle polypyrrole with pseudo-molecular template for ATP incorporation
J BIOMED MATER RES 80A,
925-931 (2007)
10 Zang
J, Li CM, Cui XQ, Wang JX, Sun XW, Dong H, Sun CQ
Tailoring Zinc Oxide Nanowires for High Performance Amperometric
Glucose Sensor
ELECTROANALYSIS 19, 1008-14 (2007)
09 Chen
W, Li CM, Chen P, Sun CQ
Electrosynthesis and
characterization of polypyrrole/Au nanocomposite
Electrochimica Acta 52, 2845-9 (2006)
08 Li CM,
Zang JF, Zhan DP, Chen W, Sun CQ, Teo AL, Chua YT, Lee VS, Moochhala SM
Electrochemical
Detection of Nitric Oxide on a Conductive SWCNT/RTIL Composite Gel
Microelectrode
Electroanalys
18, 713-8 (2006)
07 Li CM, Pan Li K, Sun CQ, ZhangJ
and Gamota D
Impedance characterization of dielectric
semiconducting materials with organic capacitors for organic transistors
Int J Nano Sci 4, 451-460 (2005)
06 Li
CM, Sun CQ, Song S, Choong VE, Maracus G, Zhang XJ
Impedance Labelless detection-based polyrroleDNA
biosensor
FRONT BIOSCI 10, 180-5 (2005)
05 Li CM, Sun CQ, Chen W, Pan
LK
Electrochemical thin film
deposition of polypyrrole on different substrates
SURF COAT TECHNOL 198, 474-7 (2005)
04 Li
CM, Chen W, Yang X, Sun CQ, Gao C, Zheng ZX, and Sawyer J
Impedance labelless
detection-based polypyrole protein biosensor
Front bioSci 10,
2518-26 (2005)
03 Jiang
LM, Zhou YC, Liao YG and Sun CQ
A pressurized
blister test model for the interface adhesion of dissimilar elastic plastic
materials
Mater Sci Eng A 487, 228-34 (2008)
02 Yang
Y, Sun XW, Chen BJ, Xu CX, Chen TP, Sun CQ, Tay BK and SunZ
Refractive indices of textured indium tin oxide and
zinc oxide thin films
Thin Solid Films 510, 95-101
(2006)
01 Chen
JS, Lau SP, Zhang YB, Sun Z, Sun CQ, Tay BK
Deposition of Permalloy films by filtered cathodic
vacuum arc
Thin Solid Films 443, 115-9 (2003)
VII Other Publications
01 Sun
CQ
Innovation
in Teaching 'Solid State Physics'
Rev High Edu,No 4, 37-40 (1991)
PhD: Modeling
of bond structure and surface potential barrier for O-Cu (001) surface
characterized by STM/S and VLEED (Certificate)
Murdoch University, Australia, August 1995; Advisors: S M Thurgate and A Stelbovics
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MSc: Structure
and magnetic properties of Fe-nitride and Re-Fe thin films prepared by
facing-target sputtering method
Tianjin University, China, 1987; Advisors: E Y Jiang
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