Wu,GuoZhen

Professor 

 

Department of Physics, Tsinghua University

School of Sciences Building

Beijing 100084, China 

 

Phone:8610-62781601-194

Fax:8610-62781604 

 wgz-dmp@tsinghua.edu.cn 

Education and Employment

Tsinghua University at Taiwan B.S. (1970)

University of Oklahoma, Chemistry Department, Ph.D. (1976)

The City College, City University of New York, Postdoc (1980-1981)

Colorado State University, Chemistry Department, Researcher (1981-1982)

Institute of Chemistry, Academia Sinica, Beijing , Researcher (1977-1994)

Physics Department, Tsinghua University, Professor (1995--)  

 Visiting professor at the Chemistry Department, Hong Kong Baptist College (Nov. 1989,—July,1990,  now the Hong Kong Baptist University )

Visiting researcher at the Center for Advanced Study, Tsinghua University (1998-1999)

Visiting professor at the Physics Department of the Central University of Taiwan (Jan.-June 1999) Visiting professor at the Nonlinear Center, Hong Kong Baptist University (May-June, 2005)    

Visiting professor at the Theoretical Science Center in Taiwan ( May-July, 2009)

Teaching

Chaos in dynamical systems (graduate , fall term)

Interests

Raman spectroscopy: An intensity approach  

Raman optical Activity

Molecular highly excited vibration: nonlinear and chaotic approach

Awards and Membership

Natural Science Award (2nd Prize) of Academia Sinica, 1994 due to the work on surface enhanced Raman spectroscopy

Selected Publications

Publications since 2010
[117] Chao Fang and Guozhen Wu,‘Global dynamical analysis of vibrational manifolds of HOCl and HOBr under anharmonicity and Fermi resonance: the dynamical potential approach’ 物理学报B(英文版),19(1), 010509(2010)


[118] Chao Fang and Guozhen Wu,‘ Raman intensity interpretation of pyridine liquid and its adsorption on the Ag electrode via bond polarizabilities’Spectrochim.Acta,A77, 948(2010)

[119] Chi Zhang, Chao Fang and Guozhen Wu,‘ Bending localization of nitrous oxide under anharmonicity and Fermi coupling: the dynamical potential approach’ 物理学报B(英文版)19(11), 110513(2010)


[120] Peijie Wang , Yan Fang, Guozhen Wu,‘Temporal Electronic Structure of the Non-resonant Raman Excited Virtual State of P-Nitroaniline by 514 nm Excitation via Bond Polarizabilities’ 物理学报B(英文版) 19(11),113201 (2010)


[121] Peijie Wang,Yan Fang and Guozhen Wu, ‘Raman excitation of (+)-(R)-methyloxirane and its origin of optical activity via bond polarizabilities’ J. Raman Spectroscopy, 42,186-191(2011)

 
[122] Chao Fang and Guozhen Wu, ‘Surface enhanced Raman scattering of pyridazine molecule: absorption configuration and enhancement mechanism via bond polarizabilities 物理学报,60(3),033301(2011)


[123] 吴国祯,‘分子高激发振动态的经典非线性性质’,中国科学 41(4),410(2011) *[124]Guozhen Wu,‘A classical nonlinear approach to the molecular highly excited vibration ’ J. Spectroscopy and Dynamics,1:3,(2011)


 

[125]Yan Fang, Guozhen Wu, Peijie Wang, ‘The asymmetry of the differential bond polarizabilities in the Raman optically active (+)-(R)- methyloxirane and L-alanine’ Chem.Phys. 393,140-147,(2012)


[126] Yan Fang, Guozhen Wu, Peijie Wang, ‘The charge excitation in the Raman process as correlated from a classical theory for Raman optical activity: the case study of (+)-(R)-methyloxirane’, Spectrochim.Acta, Part A88, 216-219,(2012)


[127] Yanmu zhao, Peijie Wang, Yan Fang, Guozhen Wu, ‘Raman optical activity of chiral trans-2,3-epoxybutane molecule’ 物理学报 61(24),240201(2012)


[128] Shen Hong-Xia, Wu Guo-Zhen, Wang Pei-Jie, ‘The chiral asymmetry of the anti-symmetric coordinates by the Raman differential bond polarizability study of S-phenylethylamine’ 物理学报B, 21(12),123301-123307(英文版)(2012)


[129] 沈红霞,吴国祯, 王培杰,‘手性分子2,3-丁二醇的旋光拉曼光谱研究’,物理学报,62(5),053301(2013)


[130] 沈红霞,吴国祯, 王培杰,‘(R)-1,3丁二醇的手性不对称性:微分键极化率的研究’物理学报,62(15),153301(1-6)(2013)


[131] 吴国祯,‘拉曼峰强中的信息’ 光学应用 (Journal of Optics Applications),2(3),19-34(2013)


[132] Peijie Wang and Guozhen Wu,‘The asymmetry of (-) -pinene as revealed from its Raman optical activity spectrum’, Chirality, 25,600-605 (2013)


[133] Guozhen Wu, Peijie Wang, ‘A bond polarizability interpretation of the Raman optical activity intensity:the case study of S 1-amino,2-propanol’, J. Spectroscopy and Dynamics,4,11-16 (2014)


[134] Guozhen Wu and Peijie Wang, ‘Stereo-structural implication by the differential bond polarizability: the ROA intensity study of chiral S 2-amino 1-propanol” , Chirality,26,255-259 (2014)


[135] Shen Hong-Xia, Wu Guo-Zhen, Wang Pei-Jie,‘Intra-molecular enantiomerism in R-Limonene as evidenced by the differential bond polarizabilities’,Spectrochim.Acta, Part A128 838-843 (2014)