| 近年来主持"异质结构界面声子
电子相互作用及相关问题"、"半导体三元混晶光学振动与电子耦合问题"、
"电子声子相互作用对半导体势垒隧穿的影响"、"光学声子辅助双势垒隧穿及相关输运问题"、"异形量子阱电子-声子相互作用及相关理论问题"等国家自然科学基金项目?quot;
晶格振动对电子表面态的影响"等内蒙自然科学基金项目。1996年主编并撰写学术专著一部。2000年出版“高等统计力学导论”、“统计热力学”等教材。
近年来被SCI收录的论文有：
1. Effect of lattice
vibration on exciton properties in piezoelectric
crystals, Gu Shiwei and Liang Xixia,
Scientia Sinica A （中国科学A）, XXV (7),
July 1982, 723
2.
The polarons and their dead layers in
semi-infinite polar crystals, X.X.Liang
and S.W.Gu, Solild State Commun, 50(6),
505(1984).
3.
The interface polaron in polar-polar
crystal, X.X.Liang, Solild State Commun.
55(3), 215(1985).
4.
Polaronic states in a slab of polar
crystal, X.X.Liuang S.W.Gu and D.L.Lin,
Phys. Rev. B34(4), 2807(1986).
5.
Effect of electron-phonon couping on
the quantum-confined stark effect, Wang,
X.X.Liang and K.Chang, Solid State Commun.
65(1), 83(1988).
6.
Weak-coupling magnetopolarons in a slab
of a polar crystal, X.X.Liang,Phys.
Rev. B38(5), 3459(1988).
7.
Electron-phonon interaction in ternary
mixed crystals, X.Wang and X.X.Liang,
Phys. Rev. B42(14), 8915(1990).
8.
Electron-phonon interaction in a quantum
well, X.X.Liang and X.Wang,Phys. Rev.
B43(6), 5155(1991).
9.
Coupling of interface TO and LO phonons
with electrons in quntum well and heterojunctions,
X.X.Liang and S.G.Davison, Slid State
Commun. 84(5), 581(1992).
10.Interaction
of interface optical phonons with an
electron in an asymmetric quantum well.
X.X.Liang, J.Phys. CM4, 9769(1992).
11.Intermediate-coupling
polaron in a ternary mixed crystal,
X.X.Liang and Y.S. Zhang, Z. Phys. B91(4),
455(1993).
12.
Cyclotron effective mass of a polaron
in a single quantum well, F.Q.Zhao,
X.Wang and X.X.Liang, Phys. Lett. A
175,225(1993).
13.
Electron-optical-phonon interaction
in a trilayer system ofpolar crystals,
X.X.Liang and S.G.Davison, Surf. Sci.,
298, 225(1993).
14.
Effects of interface and bulk optical
phonons on polarons ina quantum wel,
R.S.Zheng, S.L.Ban and X.X.Liang, Phys.
Rev. B49(3),1796(1994).
15.
Effect of optical phonons on the binding
energy of an excitonin atype-II eterojunction,
X.X.Liang, S.L.Ban and R.S.Zheng, EXCON'94,Darwin,
Australia,19-22, July 1994; SPIE, 2362,
83(1995).
16.
Influence of interface phonons on a
polaron near a polar semiconductive
eterointerface, S.L.Ban, X.X.Liang and
R.S.Zheng, Phys.Lett. A192, 110(1994).
17.
Polaronic effect on the electron energy
spectrum in a quantum well, R.Zheng,
S.L.Ban
and X.X.Liang, J. Phys. CM6, 10307(1994).
18.
Properties of perfect confined modes
and interface modes ofspin- waves in
a
ferromagnetic
bilayer system, G.Yun, J.Yan, S.Ban
and X.X.Liang, Surf.Sci. 318, 177(1994).
19.
Effect of optical phonons on the binding
energy of an excitonin a type-II
heterojunction,
X.X.Liang, S.L.Ban, R.S.Zheng, In Excitonic
Processes in
Condensed
Matter, Jai Singh, Editor, Proc. SPIE
2362, 83(1995).
20.
Cyclotron resonance of two-dimensional
interface polarons, S.L. Ban, X.X.Liang,
R.S.Zheng,
Phys. Rev. B51(4), 2351(1995).
21.
Exciton-phonon interaction in ternary
mixed crystals, X.X.Liang and S.L. Ban,
im
"Excitonic
Processes in Condensed Matter",
ed. by M. Schreiber 307(1996).
22.
Effective-phonon approximation of polarons
in ternary mixed crystals, X.X.Liang
and
J.S.Yang, Solid State Commun. 100(9),
629-634(1996).
23.
Effect of optical phonons on the binding
energy of an exciton in a quantum well,
X.X.Liang,
S.L.Ban and R.S.Zheng, Journal of Luminescence,
72-74, 358（1997）.
24.
Electron-phonon interaction effects
on surface states of polar crystals,
X.X.Liang
and
Zuwei Yan, Surface Science, 400 (1-3)，232
(1998).
25.Interface
polarons in a heterojunction with triangular
bending-band, S. Ban and
X.X.Liang,
Eur. Phys. J. B5, 153-158 (1998).
26.Effect
of electron-phonon interaction on surface
states of polar crystals, Zuwei
and,
X. X. Liang, Solid State Commun., 110
(8), 451 (Apr. 26, 1999).
27.
Bound polarons in ternary mixed crystals,
Xi Xia Liang, Zhiping Wang and
Shiliang
Ban, ICL’99 Japan, Aug. 23, 1999, and
J. Luminescence, 87-89, 614 (2000).
28.
A novel method for quantum transmission
across arbitrary potential barriers,
Ban
Shiliang,
J.E.Hasbun, Liang Xi Xia, ICL’99 Japan,
Aug. 23, 1999 and J. Luminescence, 87-89,
369(2000).
29.
Effect of electron-phonon interaction
on surface states in a ternary mixed
crystal
of
polar crystal, Zu Wei Yan(闫祖威), Xi Xia
Liang, Eur. Phys. J. B15, 531-538(2000).
30.
Energy levels of a polaron in a finite
parabolic quantum well, Feng-qi Zhao,
Xi
Xia
Liang and Shiliang Ban, Int. J. Modern
Physics 15(5), 527-535(2001).
31.
Interface-Optical Phonon-Assisted Tunneling
in Double-Barrier Structures, Zu
Wei
Yan, X. X. Liang and S. L. Ban, Phys.
Rev.B64, 125321 (2001).
32.Specific
heat of the spin-1/2 antiferromagnetic
heisenberg chain, Yun Guo-Hong,
Liang
Xi-Xia, Chin. Phys. Lett. 18(9), 1262
(2001).
33.Binding
energy of a bound polaron in the finite
parabolic quantum well,
Modern
Physics Letters, Feng-qi Zhao, Xi Xia
Liang and Shiliang Ban, B15 (20),827-835(2001).
34.Note
to Electron-phonon interaction in ternary
mixed crystals, X.X. Liang
and S.L.Ban, J Luminescence, 94-95,
781-785 (2001).
35．Pressure
effect on the binding energies of donors
in GaAs/AlxGa1-xAs
heterojunctions，S. L.
Ban and X.X. Liang, J. Luminescence,
94-95, (2001).
36．Transfer
Matrix Method for Electron-IO-Phonon
Interaction in
Asymmetric
Double-Barrier Structures, Zu Wei Yan
and X. X. Liang, Int.
J.
Modern Physics B15(27), 3539-3549 (2001).
37.
Role of Interface Optical Phonons in
Magneto-tunneling in Asymmetric
Double-Barrier
Structures, Zu Wei Yan and X. X. Liang,
J. Appl.
Phys.,91(2),
724 (2002). |
