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Journal articles (refereed)
1.
D. E. Wolf and L. Tang,
¡°Pressure and stress tensor in
fluids in a periodic potential, ¡±
Phys. Rev. A 36, 5337 (1987).
2.
C. S. O. Yokoi, L.-H. Tang,
and W. Chou, ¡°Ground state of the
one-dimensional chiral XY model in a
field,¡± Phys. Rev. B 37, 2173
(1988).
3.
L.-H. Tang
and R. B. Griffiths, ¡°Localized
defects in classical one-dimensional
models, ¡± J. Stat. Phys. 53,
853 (1988).
4.
K. J. Strandburg, L.-H.
Tang and M. V. Jaric, ¡°Phason
elasticity in entropic quasicrystals,¡±
Phys. Rev. Lett. 63, 314
(1989).
5.
L.-H. Tang
and M. V. Jaric, ¡°Equilibrium
quasicrystal phase of a Penrose
tiling model,¡± Phys. Rev. B 41,
4524 (1990).
6.
B. M. Forrest and L.-H.
Tang, ¡°Surface roughening in a
hypercube-stacking model,¡± Phys.
Rev. Lett. 64, 1405 (1990).
7.
L.-H. Tang,
¡°Random tiling quasicrystal in three
dimensions, ¡± Phys. Rev. Lett. 64,
2390 (1990).
8.
B. M. Forrest and L.-H.
Tang, ¡°Hypercube stacking: a
Potts-spin model for surface
growth,¡± J. Stat. Phys. 60,
181 (1990).
9.
D. E. Wolf and L.-H. Tang,
¡°Inhomogeneous growth processes,¡±
Phys. Rev. Lett. 65, 1591
(1990).
10.
L.-H. Tang,
T. Nattermann, and B. M. Forrest,
¡°Multicritical and crossover
phenomena in surface growth,¡± Phys.
Rev. Lett. 65, 2422 (1990).
11.
L.-H. Tang
and T. Nattermann, ¡°Kinetic
roughening in molecular-beam
epitaxy,¡± Phys. Rev. Lett. 66,
2899 (1991).
12.
L.-H. Tang,
J. Kert¨¦sz, and D. E. Wolf, ¡°Kinetic
roughening with power-law waiting
time distribution,¡± J. Phys. A 24,
L1193 (1991).
13.
T. Nattermann and L.-H.
Tang, ¡°Kinetic surface
roughening. I. The
Kardar-Parisi-Zhang equation in the
weak-coupling regime,¡± Phys. Rev. A
45, 7156 (1992).
14.
L.-H. Tang,
B. M. Forrest, and D. E. Wolf,
¡°Kinetic surface roughening. II. the
hypercube-stacking model, ¡± Phys.
Rev. A 45, 7162 (1992).
15.
L.-H. Tang,
¡°Steady-state scaling function of
the (1+1)-dimensional single-step
model, ¡± J. Stat. Phys. 67,
819 (1992).
16.
L.-H. Tang
and H. Leschhorn, ¡°Pinning by
directed percolation, ¡± Phys. Rev. A
45, R8309 (1992).
17.
T. Nattermann, S. Stepanow,
L.-H. Tang and H. Leschhorn,
¡°Dynamics of interface depinning in
a disordered medium, ¡± J. Phys. II
France 2, 1483 (1992).
18.
J. Villain, A. Pimpinelli,
L.-H. Tang and D. E. Wolf,
¡°Terrace sizes in molecular beam
epitaxy, ¡± J. Phys. I France 2,
2107 (1992).
19.
L.-H. Tang,
¡°Island formation in submonolayer
epitaxy, ¡± J. Phys. I France I, 3,
935 (1993).
20.
H. Leschhorn and L.-H.
Tang, ¡°Comment on ¡®Elastic
String in a Random Potential¡¯,¡±
Phys. Rev. Lett. 70, 2973
(1993).
21.
L.-H. Tang
and H. Leschhorn, ¡°Self-organized
interface depinning,¡± Phys. Rev.
Lett. 70, 3832 (1993).
22.
L.-H. Tang
and I. F. Lyuksyutov, ¡°Directed
polymer localization in a disordered
medium,¡± Phys. Rev. Lett. 71,
2745 (1993).
23.
H. Leschhorn and L.-H.
Tang, ¡°Avalanches and
correlations in driven interface
depinning,¡± Phys. Rev. E 49,
1238 (1994).
24.
L.-H. Tang
and Y. Tang, ¡°Capillary rise in
tubes with sharp grooves, ¡± J. de
Physique II 4, 881 (1994).
25.
J. Krug and L.-H. Tang,
¡°Disorder-induced unbinding in
confined geometries, ¡± Phys. Rev. E
50, 104 (1994).
26.
L.-H. Tang,
¡°Two-repulsive lines on disordered
lattices, ¡± J. Stat. Phys. 77,
581 (1994).
27.
H. Chat¨¦, G. Grinstein, and
L.-H. Tang, ¡°Long-range
correlations in systems with
coherent (quasi)periodic
oscillations, ¡± Phys. Rev. Lett.
74, 912 (1995).
28.
L.-H. Tang,
M. Kardar, and D. Dhar, ¡°Driven
depinning in anisotropic media, ¡±
Phys. Rev. Lett. 74, 920
(1995).
29.
L.-H. Tang,
¡°Vortex statistics in a disordered
two-dimensional XY model, ¡± Phys.
Rev. B 54, 3350 (1996).
30.
H. Leschhorn, T. Nattermann,
S. Stepanow, and L.-H. Tang,
¡°Driven Interface Depinning in a
Disordered Medium, ¡± Annalen der
Physik 6, 1 (1997).
31.
R. A. Hyman, M. D. Stiles,
L.-H. Tang, and A. Zangwill,
¡°Coercivity of ultrathin films with
in-plane magnetization, ¡± J. Appl.
Phys. 81, 3911 (1997).
32.
I. S. Aranson, H. Chat¨¦, and
L.-H. Tang, ¡°Spiral Motion in
a Noisy Complex Ginzburg-Landau
Equation, ¡± Phys. Rev. Lett. 80,
2646 (1998).
33.
L.-H. Tang,
P. Smilauer, and D. D. Vvedensky,
¡°Noise-assisted mound coarsening in
epitaxial growth, ¡± Euro. J. Phys. B
2, 409 (1998).
34.
G.-S. Tian and L.-H. Tang,
¡°Parity effect in a small
superconducting grain: A rigorous
result, ¡± Phys. Rev. B. 58,
12333 (1998).
35.
H. Chat¨¦, Q.-H. Chen and
L.-H. Tang, ¡°Comment on
¡®Nonuniversal Expoenents in
Interface Growth¡¯,¡± Phys. Rev. Lett.
81, 5471 (1998).
36.
L.-H. Tang
and G.-S. Tian,
¡°Reaction-diffusion-branching models
of stock price variations, ¡± Physica
A 264, 543 (1999).
37.
G.-S. Tian and L.-H. Tang,
¡°A general result on charged and
spin-excitation gaps in strongly
correlated electron systems at
half-filling, ¡± Phys. Rev. B 60,
11336 (1999).
38.
G.-S. Tian, L.-H. Tang
and Q.-H. Chen, ¡°Superconducting
correlations in ultra-small metallic
grains, ¡± Europhys. Lett. 50,
361 (2000).
39.
G.-S. Tian, L.-H. Tang
and Q.-H. Chen, ¡°Pair-mixing
superconducting correlation in
ultrasmall metallic grains,¡± Phys.
Rev. B 63, 054511 (2001).
40.
L.-H. Tang
and H. Chat¨¦, ``Rare-event induced
binding transition of
heteropolymers,¡± Phys. Rev. Lett.
86, 830 (2001).
41.
Q.-H. Chen, L.-H. Tang
and P.-Q. Tong, ¡°Anomalous
finite-size effect in
superconducting Josephson junction
arrays, ¡± Phys. Rev. Lett. 87,
067001 (2001).
42.
K. Chen, X. Sun and L.H.
Tang, ¡°Polarizability of polaron
in conjugated polymer,¡± Physics
Letters A 294, 113 (2002).
43.
L.-H. Tang
and Q.-H. Chen, ¡°Finite-size and
boundary effects on the I-V
characteristics of two-dimensional
superconducting networks, ¡± Phys.
Rev. B 67, 024508 (2003).
44.
T. Hwa, E. Marinari, K.
Sneppen, and L.-H. Tang,
¡°Localization of denaturation
bubbles in random DNA sequences,¡±
Proceedings of the National Academy
of Sciences, USA. 100,
4411-4416 (2003).
45.
L.-H. Tang,
¡°Langevin modelling of
high-frequency Hang-Seng index
data,¡± Physica A 324, 272
(2003).
46.
A. Mishra, M. Ma, F.-C.
Zhang, S. G¨¹rtler, L.-H. Tang,
and S. Wan, ¡°Directional Ordering of
Fluctuations in a Two-dimensional
Compass Model¡±, to appear in Phys.
Rev. Lett. 93, 207201 (2004).
Review articles
47.
L.-H. Tang,
¡°Models of random tiling
quasicrystal,¡± Periodico di
Mineralogia 59, 101 (1990).
48.
L.-H. Tang,
¡°Nonequilibrium surfaces, ¡± in
Annual Reviews of Computational
Physics II, edited by D.
Stauffer, (World Scientific,
Singapore, 1995), p. 137.
Mini-reviews
49.
L.-H. Tang,
¡°Phason elasticity in equilibrium
quasicrystal models, ¡± Modern Phys.
Lett. B3, 1121 (1989).
50.
B. M. Forrest and L.-H.
Tang, ¡°Surface roughening in a
class of growth models,¡± Mod. Phys.
Lett. B4, 1185 (1990).
Articles in conference proceedings
(mostly refereed)
51.
D. E. Wolf, R. B. Griffiths,
and L. Tang, ¡°Surface stress
and surface tension for solid-vapor
interfaces, ¡± Surface Science 162,
114 (1985).
52.
L.-H. Tang
and M. V. Jaric, ¡°Phason elasticity
and surface roughening (invited),¡±
in Proceedings of Adriatico
research conference on quasicrystals,
eds. M. V. Jaric and S. Lundqvist
(World Scientific, Singapore, 1990).
53.
L.-H. Tang,
T. Nattermann, and B. M. Forrest,
¡°Crossover phenomena in kinetic
roughening, ¡± in Proceedings of
NATO ASI summer school on Growth and
Form: Nonlinear aspects,
Cargese, France, 1990, edited by P.
Pelce (Plenum, New York, 1991).
54.
D. E. Wolf and L.-H. Tang,
¡°Inhomogeneous growth of rough
surfaces, ¡± in Proceedings of
NATO ASI summer school on Growth and
Form: Nonlinear aspects,
Cargese, France, 1990, edited by P.
Pelce (Plenum, New York, 1991).
55.
L.-H. Tang,
J. Villain, and T. Nattermann,
¡°Statistical physics of crystal
growth from atomic beams, ¡± in
Proceedings of Les Houches workshop
on Dynamical Phenomena at Surfaces,
Interfaces and Membranes, (Nova
Science Publishers, Commack, 1991).
56.
L.-H. Tang,
¡°Waiting-time formulation of surface
growth and mapping to directed
polymers in a random medium, ¡± in
NATO ASI series: Growth Patterns in
Physical Sciences and Biology,
edited by J. M. Garcia-Ruiz, E.
Louis, P. Meakin and L. M. Sander,
(Plenum, New York, 1993), p. 99-108.
57.
L.-H. Tang
and H. Leschhorn, ¡°Pinning related
to directed percolation, in
Proceedings of Les Houches workshop
on Surface disordering: growth,
roughening and phase transitions,
edited by R. Jullien, J. Kert¨¦sz, P.
Meakin and D. E. Wolf, (Nova Science
Publishers, Commack, 1993).
58.
T. Nattermann and L.-H.
Tang, ¡°Kinetic roughening in
molecular beam epitaxy, in
Proceedings of Les Houches workshop
on Surface disordering: growth,
roughening and phase transitions,
edited by R. Jullien, J. Kert¨¦sz, P.
Meakin and D. E. Wolf, (Nova Science
Publishers, Commack, 1993).
59.
L.-H. Tang,
¡°Flattenning of grooves: from step
dynamics to continuum theory, ¡± in
Dynamics of crystal surfaces and
interfaces, edited by P. M.
Duxbury and T. Pence, (Plenum, NY,
1997), p. 169-184.
60.
L.-H. Tang,
I. S. Aranson, and H. Chat¨¦,
¡°Noise-driven spiral diffusion in
the complex Ginzburg-Landau
equation, ¡± in Dynamics of
fluctuating interfaces and related
phenomena, ed. by D. Kim, H.
Park, and B. Kahng, (World
Scientific, Singapore, 1997), p.321.
61.
L.-H. Tang,
¡°Unstable growth and coarsening in
molecular beam epitaxy,¡± Physica A
254, 135 (1998).
62.
L.-H. Tang
and Q.-H. Chen, ¡°Vortex pinning and
motion in randomly frustrated
Josephson-junction arrays'', Physica
B 279, 227 (2000).
63.
L.-H. Tang
and Z.-F. Huang, ¡°Modelling
High-frequency Economic Time
Series,¡± Physica A 288, 444
(2000).
64.
L-H. Tang,
¡°Flat Histogram Monte Carlo for Low
Temperature Simulations,¡± to appear
in the Proceedings of the ICCP6.
Proceedings of the fifth
international conference on
electrical transport and optical
properties of inhomogeneous media,
Physica B 279, Nos. 1-3
(2000).
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