贾惟义,葛惟昆

• 1:乔治亚大学
• 2:北京大学物理学院
• 3:香港科技大学

摘要(Abstract)：

本文介绍两位笔者分别运用黄昆先生的理论,并在黄昆先生直接指导下,在研究固体中的晶格振动、光色散及电声子耦合方面的几项实验工作,包括准一维反铁磁晶体中的电声子耦合及同位素效应,GaP:N中的束缚激子之声子伴线的黄昆因子辨析,半导体GaAs:O和GaN:C中局域模声子的红外与拉曼光谱研究,以及基于Huang-Rhys电声子耦合态的可调谐激光器。谨以此文怀念黄昆先生的谆谆教导和他伟大的人格。

关键词(KeyWords)： 晶格振动;电声子耦合;黄昆因子;束缚激子;局域振动模式;黄-里斯激光器

Abstract:

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基金项目(Foundation):

作者(Author): 贾惟义,葛惟昆

参考文献(References)：

• [1]波恩M,黄昆.晶格动力学理论[M].葛惟锟,贾惟义,译.北京:北京大学出版社,1989.
• [2] HUANG K,RHYS A.Theory of light absorption and nonradiative transitions in F-centres[J].Proc.Roy.Soc.A,1950,204:406-423.
• [3]黄昆.无辐射跃迁的绝热近似和静态耦合理论[J].中国科学,1980(10):949-954.
• [4]黄昆.晶格弛豫和多声子跃迁理论[J].物理学进展,1981(1):31-85.HUANG K.Lattice relaxation and theory of multiphonon transitions[J].Progress in Physics,1980(10):949-954.(in Chinese)
• [5] HUANG K,GU Z Q.Phonon analysis in multiphonon transitions[J].Communications in Theoretical Physics,1982,1(5):535-555.
• [6] HUANG K.Contributions to multiphonon transition theory[J].Advances in Science of China:Physics,1985,1:329-334.
• [7] JIA W Y,STRAUSS E,YEN W M.Pure exciton-and magnon-assisted optical transitions in the one-dimensional antiferromagnet CsMnCl3·2D2O(CMC)[J].Physical Review B,1981,23(11):6075-6084.
• [8]贾惟义,严懋勋.一维反铁磁体二水CsMnCl3中激子的振动猝灭和黄昆-Rhys因子[J].物理学报,1983(3):346-353.JIA W Y,YEN W M.The vibration-quenching of the exciton and the Huang-Rhys factor in the quasi one-dimensional antiferromagnet CMC[J].Acta Physica Sinica,1983(3):346-353.(in Chinese)
• [9] JIA W,BRUNDAGE R T,YEN W M.Hot-magnon sideband in the fluorescence spectrum of CsMnCl3·2D2O[J].Physical Review B,1983,27(9):6006-6007.
• [10] IMBUSCH G F,YEN W M,et al.Isotope shift in the R lines of chromium in ruby and MgO[J].Physical Review,1964,136(2A):A481-486.
• [11] JIA W,Strauss E,YEN W M,et al.Characterization of the water of crystallization in·O(O)by Raman scattering[J].Physical Review B,1989,39(17):12853-12860.
• [12]贾惟义,严懋勋.准一维反铁磁体CsMnCl3·2D2O中激子的能量转移[J].物理学报,1983,33(7):867-874.JIA W Y,YEN W M.Energy transfer of the exciton in the quasi-one-dimensional antiferromagnet CsMnCl3·2D2O[J].Acta Physica Sinica,1983,33(7):867-874.(in Chinese)
• [13] ZHANG Y,YU Q,ZHENG J S,YAN B Z,et al.The phonon sidebans of NNipair emission in GaP:N[J].Solid State Communications,1988,68(8):707-710.
• [14] ZHANG Y,GE W K,STURGE M.D,et al.Phonon sidebands of excitons bound to isoelectonic impurities in semiconductors[J].Physical Review B,1993,47(11):6330-6339.
• [15] SONG C Y,GE W K,JIANG D S,et al.Pair of local vibration mode absorption bands related to EL2defects in semi-insulting GaAs[J]. Applied Physics Letters,1987,(50):1666-1668.
• [16] GE W K,Chunying Song,Proceedings of the 6th Conference on Semi-insulatingⅢ-ⅤMaterials[M].Toronto,1990,41.
• [17] WU S,YANG X L,ZHANG H S,et al.Unambiguous identification of carbon location on the N site in semi-insulating GaN[J].Physical Review Letters,2018,(121):145505.
• [18] HMMERICH U,EILERS H,JACOBSEN S M,et al.Near infrared luminescence properties of the laser material Cr:Y2SiO5[J].Journal of Luminescence,1993,55(5-6):293-301.
• [19] MAIMAN T H.Stimulated optical radiation in ruby[J].Nature,1960,(187):493-494.
• [20] JIA W Y,LIU H M,LIM K,et al.Piezo-spectroscopic study of Ti 3+-doped sapphire fibers[J].Journal of Luminescence,1989,43(6):323-328.
• [21] J JIA W Y,LIU H M,WANG Y T,et al.[J].Journal of Luminescence,1994,59(5):279-287.
• [22] EILERS H,DENNIS W M,YEN W M,et al.Performance of a Cr:YAG laser[J].IEEE Journal of Quantum Electronics,1993,29(9):2508-2512.