龚昌德

基本简介

龚昌德，1932年7月出生于江苏南京，物理学家。南京大学教授。1953年毕业于复旦大学物理系。1994年至2009年任南京大学理学院院长。2005年当选为中国科学院院士。

长期从事固体物理的理论研究。早期与合作者利用反演技术求解Eliashberg方程，获得较精确的强耦合超导临界温度的公式。较早提出二维层状结构引起的范霍夫奇异性对高温超导电性会有重要影响，与合作者分析了氧化物超导体的同位素效应，说明仅靠电－声子机制和范霍夫奇异性不能解释高温超导电性，否定了当时国际上这一观点。合作研究了由于准二维结构和反铁磁背景，范霍夫奇异性对高温超导体载流子色散规律、压力效应和输运性质的影响。改进了关于高温超导电性的t-j模型的Green函数方法，考虑了有限关联长度的反铁磁背景，证明了t-j模型可以导出某些非费米液体特性，还证明了t-j模型不能满意地解释光电子能谱和中子散射的实验。与合作者较系统地研究了锰氧化合物的电－声子耦合和空穴－轨道子耦合，以及静态和动态Jahn-Teller效应。

出版著作

1.《量子统计的格林函数理论》主编，科学出版社，1982年。

2.《热力学与统计物理》，人民教育出版社，1982。

发表论文

1.杨展如龚昌德，蔡建华正常导体-超导体的界面电子态低温物理 Vol.2 No. 2 P.82 12 1980.06

2.龚昌德姚希贤，蔡建华，杨展如超导体表面态低温物理 Vol.2 No.3 P.175 8 1980.09

3.Ding-yu Xing，Chang-de Gong ON THE PROXIMITY STRUCTURE Physica 108D P.987-988 2 1981

4.邢定钰龚昌德超导体-正常导体界面的邻近效应低温物理 Vol.3 No.3 P.1 83 11 1981.09

5.龚昌德表面和界面对超导性的影响统计物理与凝聚态理论的新进展(论文集) P.33 14 1982

6.龚昌德强耦合超导理论的物理基础(Ⅰ) 物理 Vol.11 No.6 P.372 6 1982

7. 龚昌德强耦合超导理论的物理基础(Ⅱ) 物理 Vol.11 No.7 P.435 5 1982

8.邢定钰龚昌德正常导体-超导体(n-s)多层薄膜系统的电子态物理学报 Vol .31 No.5 P.633 13 1982.05

9.刘建民龚昌德 Thom系统标度性的证明物理学报 Vol.31 No.9 P.1278 7 1982.09

10.XING Ding-yu,GONG Chang-de Effect of surface and interface on the phonon density of states Chinese Physics Vol.3 No.3 P.721 8 1983

11.刘建民龚昌德 Ising 晶格系统可容纳的相数物理学报 Vol.32 No.10 P.12 81 11 1983.10

12.WU Xuan-ru,LIU Chang-fu,GONG Chang-de THE SUPERCONDUCTING TUNNELLING CURRENT UNDER MICROWAVE IRRADIATION Commun. in Theor.Phys. Vol.3 No.1 P.1 13 1984

13.Jin-zhong Pang,Chang-de Gong THE SIZE EFFECT OF SMALL PARTICLES ON TUNNELLING PROPERTIES Elsevier Science Publishers B.V. P.917 2 1984

14.Ding-yu Xing,Chang-de Gong POLARONS IN ONE-DIMENSIONAL SYSTEM WITH PEIERLS GAP AND COMMENSURABILITY 3 Elsevier Science Publishers B.V. P.1338 2 1984

15.刘长富吴萱如,龚昌德微波辐照下超导隧道电流公式低温学报 Vol.6 No.2 P.81 6 1984.06

16.龚昌德邢定钰,刘楣 N-S多层薄膜结构的超导临界温度讨论物理学报 Vol.3 3 No.7 P.968 8 1984.07

17.邢定钰龚昌德 1:3 Peierls 系统中的极化子物理学报 Vol.33 No.8 P.119 8 4 1984.08

18.ZOU Nan-zhi,GONG Chang-de ULTRASONIC PROPAGATIONS IN THE COMPOSITIONALLY MODULATED STRUCTURE(CMS) Commun. in Theor.Phys. Vol.4 No.2 163 9 1985

19.GONG Chang-de,XING Ding-yu,LIU Mie Discussion of the superconductiong critical temperature in an N-S multifilm stru cture Chinese Physics. Vol.5 No.1 P.52 8 1985

20.ZOU Nan-zhi,XING Ding-yu,GONG Chang-de ELCTRON STATES IN SIMPLE METALLIC COMPOSITIONALLY MODULATED STRUCTURE Commun. in Theor. Phys. Vol.4 No.2 P.173 7 1985

21.Li Jun,Gong Chang-de UPPER CRITICAL FIELD IN THE HEAVY FERMION SUPERCONDUCTORS Solid State Communications Vol.53 No.8 P.685 2 1985

22.Gong Chang-de,Xing Ding-yu ELECTRON STATES IN DISORDERED MICROCRYSTALLINE STRUCTURE Solid State Communications Vol.54 No.7 P.639 3 1985

23.S.Yuanshan,Y.Xixian,G.Changde THE CRITICAL CURRENT OF THE SUPERCONDUCTIVE TUNNEL JUNCTIONS CONTAINING SUPERCON DUCTIVE GRAINS EMBEDDED IN THE OXIDE BARRIER Solid State Communications Vol.56 No.10 P.851 5 1985

24.ZOU Nan-zhi,XING Ding-yu,GONG Chang-de INFLUENCE OF INTERFACES ON ATOMIC MEAN SQUARE DISPLACEMENT OF CRYSTAL Commun.in Theor. Phys. Vol.4 No.4 P.425 11 1985

25.李俊,龚昌德磁性超导体的临界温度理论低温物理 Vol.7 No.2 P.85 8 1 985.06

26.庞锦忠,龚昌德金属微粒对于隧道性质的影响物理学报 Vol.34 No.12 P.15 39 10 1985.12

27.Xiao-Shen Li,Chang-de Gong Coherent properties of the stimulated emission from a three-lever atom Phys.Rev.A 33 P.280 1986

28.Zou Nanzhi,Gong Changde,Arno Holz Comments on finite scaling theory in thin film with non-ideal surface Solid State Comm. 59 P.473 1986

29.Ding-YU xing,Xia Qiu,Chang-de Gong The stability of solitary wave excitation in Polyacetylene J.Nanjing Univ.22 P.317 1986

30.Pang Jing-zhong,Wang Guang-hou,Dou Li,Chang-de Gon Structures of inert atomic clusters and their magic numbers of geometry Phys.Lett.A 34 P.115 1986

31.Wang Zi-dan,Gong Chang-de,Arno Holz Critical behavior on some fractals Phys.Rev. A 34 P.153 1986

32.Jun Li, Chang-de Gong Brillouin-wigner theory of mixed -valence impurities in BCS superconductivity and C/Co Solid State Commun. 62 P.209 1987

33.Bi Chen,Chang-de Gong The Properties f one -dimensional quasiperiodic lattice phonon spectrum Z.Phys. B-Condensed Matter 69 P.103 1987

34.A.Holz,Chang-de Gong Boundary correlation functions and interface formation in two dimensional solids Physica A 146 P.255 1987

35.Wang Zidan,Zou Nanzhi,Pang Jinzhong,Gong Chang-de A possible reason of high Tc oxide superconductor Solid State Commun. 64 P.137 1987

36.Zidan Wang, Nanzhi Zou, Jinzhong Pang, Qi Jiang C A Note about a mean field theory of RVB superconductivity mmodel Int.J.Mod.phys. 1 P.629 1987

37.Jun Li,Chang-de Gong Virtual bipolaronic bound state and high Tc oxide superconductor Int.J.Mod.phys. 1 P.633 1987

38.Nanzhi Zou, Zidan Wang, Jinzhong Pang, Chang-de Go The effect of local mode on Tc of the oxide superconductors Int.J.Mod.phys. 1 P.641 1987

39.Li Xiao-shen, Gong Chang-de Resonance fluorescence of an adatom near solid surfaces Phys.Rev.A 35 P.159 1987

40.A.Holz,Chang-de Gong Qualitative study of the boundary correlation function in the two dimensional XY-model Phys. Lett. A 120 P.469 1987

41.Guang-hou Wang, Lie Dou, Jing-zhong Pang, Nan-zhi Magic behavior in ionic cluster Prog. in Phys. (Chin) 7 1987

42.Gong Chang-de, Xing Ding-yu, Holz A., Pang Jinzhon Surface effects of the melting transition Phys. Rev. B 36 P.551 1987

43.Li Xiao-shen, D.L.Lin, Gong Chang-de Nonresonant interaction of a three-level atom with cavity field I: General formalism and level occupation probabilities Phys. Rev. A 36 P.520 1987

44.Xiao-shen Li, Zhen-Dong Li, Chang-de Gong Squeezing phenomena in two photon processes J. Phys. (Chin) 36 P.165 1987

45.Gong Chang-de On the theoretical models in explaining high-Tc superconductivity Proceeding of the I-st National Conference on High-Tc Superconductivity Theory P.15 1987

46.Zhou Ching, Gong Chang-de A realistic approach to realising the Peierls transition in NbSe3 J. Phys. C:Solid State phys. 21 P.745 1987

47.Jiang Qi, Gong Chang-de Use of the recursion method in the study of disord multilayer system Solid State Commun. Vol.61 P137 1987

48.Jian Yang, Chang-de Gong Raman intensities for collective excitations of layered electron phys. Rev. B 38 1988

49.Li Xiao-shen, Gong Chang-de Optical properties of an adatom near a surface of a small metallic particle J. Phys. B:At. Mol. Opt. phys. 21 P.142 1988

50.Yang Jian, Gong Chang-de The lectron energy-loss spectrum for collective excitations of a layered electron gas system J. Phys. C:Solid State phys. 21 P.715 1988

51.Yang Jian, Gong Chang-de Collective excitations of a surface depleted layered electron gas Solid State Commun. 68 P.195 1988

52.Qi Jiang, Chang-de Gong A single parameter scaling theory in a disordered layered system Physica B 153 P.205 1988

53.Qi Jiang, Chang-de Gong A single parameter scaling theory in a disordered layered system Phys. Lett. A 127 P.105 1988

54.A. Holz, Chang-de Gong Topological defect condensation and high-temperature superconductivity Phys. Rev. B 37 P.375 1988

55.Xiao-she Li, Chang-de Gong Spontaneous emission of an atom near the surface of a superlattice periodic or quasi-periodic structure J. Phys. (Chin) 37 P.610 1988

56.Qi Jiang, Chang-de Gong Conductivity in the disordered layered system J. Phys. (Chin) 37 P.941 1988

57.Zhou Ching, Gong Chang-de The Peierls instability and superconductivity in quasi-2-d La(B,Sr)CuO Compounds Phys. Lett. A 130 P.111 1988

58.Sheng Dong-ning, Yang Jian, Gong Chang-de, A.Holz A new mechanism of high Tc superconductivity Phys. Lett. A 131 P.193 1988

59.Xiao-shen Li, Chang-de Gong Luminescence and resonance flurescence of an adatom near surface superlattice film of periodic or quasi-periodic structure Phys. Lett.131 P.138 1988

60.Xiao-shen Li, Chang-de Gong Resonance fluorescence of an adatom on the surface of a periodic or quasi-perio a periodic or quasi-periodic superlattice film J.Phys. (Chin) 37 P.141 1988

61.Yang Jian, Qin Quo-yi, Gong Chang-de Intralayer and interlayer collective excitations in a semiconductor superlattice Phys. Lett. A 132 P.367 1988

62.Ching Zhou, Chang-de Gong Surface excitations in anisotropic magnetic superlattices-surface polaritonsand spin waves Solid State Commun. 69 P.641 1988

63.Ching Zhou, Chang-de Gong Spin excitations in mutilayered ferromagnetic electron gases Phys. Rev. B 38 P.493 1988

64.Zidan Wang, Chang-de Gong The density of states and thermal properties of ferromagnetic Heisenberg model on periodic fractal lattice Phys. Stat. Solid. 151 1988

65.Ching Zhou, Chang-de Gong New explanation on Peierls transitions in quasi-1D compounds J. Phys. C 21 P.561 1988

66.Jiang Qi, Gong Chang-de The method of beyond-CPA in disordered layered sys Physica B Vol.153 P.205 1988

67.Ching Zhou and Chang-de Gong Collective excitations in ansiotropic ferromagneti nonmagnetic supperlattices Phys. Rev. B Vol.39 P.260 1988

68.Zidan Wang, Chang-de Gong Studies of the thermal properties for a special mixing-materials at low temperature J.Low Temp.Phys. (Chin) 11 P.4 1989

69.Ching Zhou, Chang-de Gong Two-step Peierls transition theory (Kexue TongBao) Chin. Sc. Bull.34 P.142 1989

70.G.M.Xiong, Chang-de Gong Early-time spinodal decomposition in the surface layer Phys. Rev. B 39 P.938 1989

71.Zidan Wang, Chang-de Gong, A. Holz, C.S.Ting A qualitative study of the instability of fractal aggregates J.Phys. Condens. Matt. 1 P.257 1989

72.Zidan Wang, Chang-de Gong Some discussions for periodic fractal lattice Phys. Lett. 137 P.291 1989

73.Nan-zhi Zou, Chang-de Gong The size effect of thin film in N-components model J. Phys. (Chin) 38 P.218 1989

74.Nan-zhi Zou, Chang-de Gong Influence of size effect on film critical behavior at film surface J. Phys. (Chin) 38 P.805 1989

75.Nan-zhi Zou, Chang-de Gong An investigation of scaling form of free energy for using film with renormalisation group method Phys. Lett. 1989

76.Xiao-shen Li,hang-de Gong Interaction of light with an atom near the surface of a superlattice I:periodic case Phys. Rev. B 39 P.828 1989

77.Xiao-shen Li,hang-de Gong Interaction of light with an atom near the surface of a superlattice Ⅱ:quasiperiodic case Phys. Rev. B 39 P.8 29 1989

78.Chung-rong Fu, Chang-de Gong Resonance fluorescence of two adatoms near a metal surface Phys. Rev. A 40 P.207 1989

79.Dong-ning Sheng, Chang-de Gong Strong 2-D spin correlation induced O-pair superconductivity in low temperature region Physica C 159 P.577 1989

80.Dong-ning Sheng, Mei-rong Li, Chang-de Gong Pairing superconductivity in two dimensional CuOБ Phys. Rev. B 40 P.686 1989

81.Dong-ning Sheng,Chang-de Gong Superconductivity in doped planar CuOБ systems J.Phys. Condens. Matt. P.958 1989

82.A.Holz, Chang-de Gong Semi-classical theory of doped 2-D spin-antiferromagnet Physica A 161 P.508 1989

83.A.Holz, Chang-de Gong Theory of q-soliton and phase boundary dynamice in 2+1-D O(3)-antiferromagnet Physica A 161 P.476 1989

84.Jian Yang, Chang-de Gong Inter-sub-band collective excitations in Fibonacci superlattices J.Phys. Condens. Matt. 1 P.538 1989

85.Zi-dan Wang, Chang-de Gong The spin-wave fracton excitations in periodic fractal structure Commun. Theor. Phys. 11 P.225 1989

86.Zi-dan Wang, Chang-de Gong Studies of the thermal properties of a special mixing-material at low temperature J. Low Temp. Phys. (Chin) 11 P.253 1989

87.Qi Jiang, Chang-de Gong A self-consistent study of the conductivities of the disordered layer system J.Phys. (Chin) 38 P.593 1989

88.Qi Jiang, Chang-de Gong The influence of intervalley impurity scattering on the conductivities of the disordered layer system J.Phys. (Chin) 38 P.600 1989

89.D.Y.Xing, Z.D. Wang, C.D.Gong Effect of electron-hole scattering on the resistivity and Hall coefficient in YBaCuO Z.physik B:Condens. Matt. 77 P.61 1989

90.Qi Jiang, Chang-de Gong The conductivity and dimensionality crossover of the disordered layered system in a magnetic field J.phys. Condens. Matt.1 P.941 1989

91.G.M.Xiong, C.D.Gong Dynamic critical behavior of semi-infinity system:the study of the model C Z.physik B:Condens. Matt.74 P.379 1989

92.G.M.Xiong, C.D.Gong A possible explanation of sound conversion at the free surface of superfluid helium neat Tc J.phys. Condens. Matt 1 P.867 1989

93.Gong Chang-de Mechanism for high-Tc superconductivity base on magnetic interaction, Proceeding of the II-nd National Conference on High-Tc Superconductivity Theory P.75 1989

94.C.Zhou, C.D.Gong Will saturated ferromagnetism be destroyed for more than one hole? physica C 169 P.245 1989

95.Q.Jiang, C.D.Gong, R.B.Tao Renormalization transformation study of a disordered system phys. Lett. A 149 P.405 1989

96.Nan-zhi Zou, Chang-de Gong Anisotropy of upper critical field in normal-super superlattices J. Low Temp. Phys. (Chin) Vol.11 P3413 1989

97.Z.D.Wang, C.D.Gong Fractals in condensed matter physics Prog.phys. (Chin) 10 P.1 1990

98.C.Zhou and C.D.Gong Will saturated ferromagnetism be destroyed for mor than one hole? Physica C 169 P.245 1990

99.Q.Jiang, C.D.Gong and R.B.Tao Renormalization transformation study of a disorder system, Phys. Lett. A 149 P.405 1990

100.Yong-jun Liu, Jinming Dong, Chang-de Gong Boson mean field theory of effective holon-holon interaction in the RVB model Commun.Theor.phys.15 P.149 1991

101.Yu-qiang Ma, Chang-de Gong, Zhen-ya Li Reentrant transition in the Ising spin system with an infinite-range coupling and a Gaussian random field Phys.Rev.B 43 P.866 1991

102.Yu-qiang Ma, Zhen-ya Li, Chang-de Gong Transverse freezing in the infinite-range quantum Ising spin glass with transverse and Gaussian random longitudinal fields J.phys.Condens.Matt. 3 P.468 1991

103.Yong-jun Liu,Jinming Dong,Chang-de Gong Evaluation of the effective holon-holon interaction by the slave-fermion method J.phys.Condens.Matt. 3 P.489 1991

104.D.Y.Xing, Q.Jiang,Y.H.Yang,C.D.Gong Effect of interlayer coupling in YBaБCuВO Z.phys.B-Condens. Matt. 84 P.9 1991

105.D.Y.Xing, M.Liu, C.D.Gong Van Hove singularity and isotope effect in high-Tc copper oxides phys.Rev.B 44 P1252 1991

106.D.Y.Xing, M.Liu, C.D.Gong Comment on “Anormalous Isotope Effect and Van Hove Singularity in supercondudting Cu Oxides“ phys.Rev.Lett. 68 P.109 1992

107.Chun-rong Fu, Yue-ming Zhang, Chang-de Gong Resonance fluorescence from a three-level system Phys.Rev.B 45 P.793 1992

108.Y.H.Yang,D.Y.Xing,C.D.Gong Metal-insulator transition in YBaCu3O7-x J.Phys. (Chin) 41 1992

109.Chun-rong Fu, Chang-de Gong Spontaneous emission by two three-level atoms Phys.Rev. A 45 P.509 1992

110.D.Y.Xing,M.Liu,and C.D.Gong Comment on “Anormalous Isotope Effect and Van Hove Singularity in Superconducting Cu Oxides“ Phys.Rev. Lett.68,(1992)1090

111.Chun-rong Fu,Yue-ming Zhang,and Chang-de Gong Resonance fluorescence form a three-level system Phys.Rev.A 45,(1992)505

112.Chun-rong Fu and Chang-de Gong Spontaneous emission by two three- level atoms Phys.Rev.A 45,(1992)5095

113.Yu-piang Ma and Chang-de Gong Statics in the quantum asymmetric SK model Phys.Rev. B 45,(1992)793

114.Yu-qiang Ma and Chang-de Gong Asymmetric Sherrington-Kirkpatrick model of networks with random neuronal threshold Phys.Rev.B 46,(1992) 3436

115.Yu-qiang Ma and Chang-de Gong The transverse Ising system with arbitrary spin J.Phys.Condens.Matter 4,(1992) L313

116.Yu-qiang Ma,Yue-ming Zhang,and Chang-de Gong Retrieval phase diagrams in the asymmetric S-K model and in the Little-Hopfiel model Phys.Rev. B 46,(1992)11591

117.Y.H.Yang,D.Y.Xing,and C.D.Gong Metal-insulator transition in YBa2Cu3O7-x J.Phyx.(Chin) 41, (1992)136

118.Yong-jun Wang,Mei-rong Li,and Chang-de Gong Stability of the d-wave RVB state against the 1/2-(π/4)-flux phase state on a triangular lattice Physica C 199, (1992)289

119.Mei-rong Li,Yong-jun Wang,and Chang-de Gong Effect of the intersite Coulomb interaction in the extended Hubbard model Phys.Rev.B 46,(1992) 3668

120.Yong-jun Wang,Mei-rong Li,and Chang-de Gong Dimensional effect of quantum Heisenberg antiferromagnets:Criteria for crossover between different dimensions Phys.Rev.B 46,(1992)12034

121.Hsi-Teh Tu(Si-de Du)and Chang-de Gong Prlperties of the measured phase operators in squeezed number states J.Mod.Opt.39,No.12,(1992)

122.Si-De Du and Chang-de Gong Squeezing of the kth power of the field amplitude Phys.Lett.A 168,(1992)296

123.Hao Biao, Chang-de Gong Off-diagonal long-range order in the ground state of the two-dimensional antiferromagnetic Heisenberg model Phys.Lett.A 170,(1992)458

124.Yu Shi and Chang-de Gong Dynamical properties of a Cartesian product of two fractals Phys.Rev. A 46,(1992)8009

125.Mei-rong Li,Dong-ning Sheng,and Chang-de Gong A possible pairing mechanism in two band Hubbard model Commun.Theor.Phys. 19,(1992)415

126.Wenji Deng,Youyah Liu,Dafang Zheng and Changde Gong Quasiperiodicity and magnetic phase transition J.Phys. A 25,(1992)4757

127.Weiji Deng,Youyan Liu,Dafang Zheng and Changde Gong Chin.Phys.Lett. 10,(1993)65

128.Mei-rong Li,Yong-jun Wang,and Chang-de Gong Interactions between gauge vortices on a triangular lattice Phys.Rev. B 47,(1993)6130

129.Hsi-teh Tu, Chang-de Gong Properties of the measured phase operators in the squeezed number states J.Mod.Opt.40,(1993)57

130.W.Lu,Y.J.Wang,C.D.Gong Modified spin-wave theory of doped antiferro magnet on a square lattice Phys.Lett. A 173,(1993)203

131.Hao Biao,Chang-de Gong Anormalors isotope effect due to the linear energy dependent electronic density of states in high-Tc superconductors Solid State Commun.85,(1993)341 132 Yong-Jun Liu,Jin-ming Dong,Chang-de Gong Higher-order squeezing for the spiral state in Hubbard model Phys.Rev. B 48,(1993)1036

133.Si-de Du,Chang-de Gong Higher-order squeezing for the quantized light field:kth-power amplitude squeezing Phys.Rev.A 48, (1993)2198

134.Y.Q.Ma,C.D.Gong Statistical mechanics of a Hopfield neural-network model Phys.Rev.E 47,(1993)No.6

135.Y.Q.Ma,.D.Gong Phase diagram of random field spin-S Ising model with a transverse field Commun.Theor. Phys.20,(1993)367

136.Y.Q.Ma,Y.M.Zhang,C.D.Gong Hopfield spin-glass model in a transverse field Phys.Rev. B 48,(1993)

137.Y.H.Yang,D,Y,Ding,C.D.Gong Interaction effects and dimensional cross- over in disordered tunneling superlattices J.Phys. Condens.Matt. 5, (1993)6231

138.Yu Shi,Changde Gong Random walks and self-avoiding walks on self-affine fractals J.Phys. A 26,(1993)L685

139.Yu Shi,Changde Gong Scaling investigations on dynamics of a honogen- -eity-fractal-mixed structure Commun.Theor.Phys. 21,(1993)25.

140.Yu Shi,Changde Gong Scaling exponents and power spectrum of self-organized criticality Commun.Theor.Phys. 19,(1993)157

141.Yu Shi,Changde Gong Critical dimensionalities of phase transition on fractals Phys.Rev.E 49,(1993)99

142.Yu-qiang Ma,Chang-de Gong Retrieval properties of Hopfield neural network models Chin.Phys. 42,(1993)1356

143.Yu-qiang Ma,Chang-de Gong Generalized quantum Mattis spin glasses with p-spin interaction Phys.Rev. B 50,(1994)7151

144.Y.Q.Ma,C.D.Gong Phase diagram of a quantum Hopfield spin glass with the pseudo-inverse rule Commun.Theor.Phys.(accepted on April 10,1994) 145 Yu-qiang Ma,Chang-de Gong Reentrant phase transition in the quantum- spin-glass model with the pseudoinverse rule Phys.Rev.B 50,(1994)7165

146.Weiji Deng,Youyan Liu,Changde Gong Persistent currents of interacting electrons in one-dimensional disordered rings Phys.Rev.B 50,(1994)7655

147.Jian-xin Zhu,Bai-geng Wang,Qi Jiang,Chang-de Gong Effect of inelastic scattering of the electron transport in a one-dimensional electron interferometer Commun.Theor.Phys. 21,(1994)113

148.K.Q.Luo,J.Li,C.D.Gong Interaction between mixed-valent rare earth impurities in BCS superconductors Phys.Rev. B 50,(1994)330

149.J.LI,K.Q.Luo,C.D.Gong Theory of YBCO/PBCO superlattices as super- conductor-insulator multi-layers Appl.Phys.Lett.64,(1994)3329

150.M.R.Li,Y.J.Wang,C.D.Gong Staggered gauge vortices on a triangular lattice Physica C 227,(1994)49

151.M.R.Li,Y.J.Wang,C.D.Gong Investigation about the interaction behavior of gauge vortices on a triangular lattice Solid State Commun.90, (1994)705

152.W.Lu,C.D.Gong Local-moment antiferromagnetic spin fluctuation and the normal state properties of high-Tc cuprates Physica C 224,(1994)75

153.S.D.Du,C.D.Gong Classical beat phenomena from laser-field Phys.Rev. A 50,(1994)779

154.Y.Q.Ma,Y.M.Zhang,C.D.Gong A Hopfield neural network model in a transverse field Commun. Theor.Phys.21,(1994)253

155.Wenji Deng,Youyan Liu,Chang-de Gong Persistent current in a mesoscopic thin walled cylinder--Exact solution under tightbinding approximation J.Phys.(Chin.) 43,(1994)438

156.Yong-Jun Liu,Jin-Ming Dong,Chang-De Gong Calculation of the binding energy in the one-dimensional Hubbard model by the VMC method Commun. Theor.Phys. 21,(1994)403

157.Jian-Xin Zhu,Guo-Yi Qin,Chang-De Gong A simple method for caoculating exciton binding energies in semiconductor quantum wires Commun.Theor. Phys.22,(1994)27

158.Bing Leng,Si-De Du,Chang-De Gong Phase properties of the displaced number state in a Kerr medium J.Mod.Opt.42,(1995)435

159.W.Lu,Y.J.Wang,C.D.Gong Dynamics of quantum criticality in two dimensions Mod.Phys.Lett.B 8,(1994)903

160.Wei Lu,Changde Gong Self-consistent Phenomenology of the cuprate superconductors in the normal state Chin.Phys.Lett. 11,(1994)772

161.Y.Q.Ma,C.D.Gong Statistical Mechanics of a multiconnected Hopfield neural network in a transverse field Phys.Rev.E,(Jan.1995)

162.Jian-xin Li,Chang-de Gong Non-Fermi-liquid behavior for holes in the doped two-dimensional antiferromagnets Phys.Rev.B 51,(91995)6343

163.Y.J.Wang,W.Lu,M.R.Li,C.D.Gong Self-consistent three-pole approximation study of the spin dynamics in two-dimensional antiferromagnetic Heisenberg paramagnets Phys.Rev.B 52,(1995)46

164.Biao Hao,Chang-de Gong Spin correlations in low-dimensional spin-1/2 antiferromagnet Phys.Rev.B 52,(1995)209

165.Ke-qi Luo,Jun Li,Chang-de Gong Mixed valency of Pr in a Y1-xPrxBa2Cu3- O7 bilayer Phys.Rev.B 52,(1995)3769

166.Mei-rong Li,Chang-de Gong Gauge vortices on a square lattice Z.Phys. B 99,(1996)521

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获奖情况

1.蔡建华，龚昌德等超导临界温度理论全国科学大会奖(四等奖) 1978

2.龚昌德，蔡建华表面和界面效应对超导性影响江苏省科学大会奖 1979

3.蔡建华，龚昌德等超导临界温度理论国家自然科学奖(四等奖) 1982

4.龚昌德，李孝申，付春荣光与物质相互作用国家科委科技进步奖(二等) 1990

5.蔡建华，龚昌德等超导监界温度理论四等奖全国科学大会奖国家自然科学奖 1978,1982

6.龚昌德，蔡建华表面和界面效应对超导性影响江苏省科学大会奖 1979

7.龚昌德，李考申，付春荣光与物质相互作用国家教委科技进步奖 1990

8.1990，荣获政府特殊津贴，国务院

9.1993，江苏省优秀学科带头人，江苏省教委

讲授课程

1.普通物理(本科生)