臺灣學術機構典藏系統 (Taiwan Academic Institutional Repository, TAIR)

关于TAIR
	计画说明

浏览
	典藏机构
	作者
	题名
	日期
	统计图表
	机构即时统计
	学术趋势

消息
	2019臺灣學術機構典藏研討會
	機構典藏系統RC7版本已發佈

著作权
	出版社及期刊政策查询
	TAIR著作权会议记录

相关连结
	機構典藏計畫網站
	ROAR
	OpenDOAR
	SHERPA
	OAIster
	JAIRO
	Ira
	DSPACE
	RWWR
	臺大學術典藏NTU Scholars

"k m chen"的相关文件

回到依作者浏览
依题名排序	依日期排序

显示项目 6-30 / 50 (共2页)
1 2 > >>
每页显示[10|25|50]项目

机构	日期	题名	作者
國立中山大學	2007	Quantum Theory of ICN Photodissociation: Density Matrices of Photofragments from a Parallel Transition	K.M. Chen; K.C. Chen; T.H. Yang
中山醫學大學	2005	Efficacy of albendazole GM6001 co-therapy against Angiostrongylus cantonensis-induced meningitis in BALB/c mice	S.C. Lai; S.T. Jiang;K.M. Chen; J.D. Hsu;L.Y. Shyu ; H.H. Lee
國立中山大學	2004	Resonance-Enhanced Multiphoton Ionization Spectroscopy of CH3 and CD3. Two-Photon Absorption Selection Rules and Rotational Line Strengths of the v3- and v4-Active Vibronic Transitions	K.M. Chen
國立中山大學	2003	Rotational Line Strengths of the v2-Active Two-Photon Transitions of the Methyl Radical	K.M. Chen
國立中山大學	2002	Electronic Angular Momentum Polarizations of Atomic Fragments in Diatomic Photodissociations: Correlations between Electronic States in the Molecular and the Asymptotic Regions	K.M. Chen
國立中山大學	2001	Angular Momentum Coupling in Triatomic Predissociations	K.M. Chen
國立中山大學	2001	Study of Photodissociation Dynamics using Sub-Doppler Fluorescence-Imaging Method: Photodissociation of ICN at 308 nm	J. Chang; K.M. Chen; W. Lin; Y. Chen
國立中山大學	2001	Laser-Induced Alignments of Symmetric and Asymmetric Top Molecules	K.M. Chen
國立中山大學	2001	A New Sub-Doppler Fluorescence Imaging Method in Studying Laser Ablation of B Atoms at 248 nm	J. Chang; K.M. Chen; C. Sung; T. Chung; K. Lee; Y. Chen
國立中山大學	2000	Determination of Velocity Distribution, Angular Distribution, and Vector Correlation of Photofragments using Sub-Doppler Fluorescence-Imaging Method	J. Chang; K.M. Chen; W. Lin; K. Lee; Y. Chen
國立中山大學	1999	Laser Detection of Reaction Products: Slicing versus Projection Techniques	K.M. Chen
國立中山大學	1999	Laser Induced Fluorescence Doppler Profiles of Photofragments in the Presence of v-J Correlations. A Density Matrix Formalism	K.M. Chen; C. Pei
國立中山大學	1998	Helicity of Orientation Parameters of Photofragments in Fluorescence-Imaging Experiments	K.M. Chen; C. Pei
國立中山大學	1997	Determination of k?-J? Correlations of Reaction Products by Fluorescence-Imaging Techniques. 1. Linearly Polarized Excitation Scheme	K.M. Chen; J. Chang
國立中山大學	1996	Topographical Features of Potential Energy Surfaces of the B + Chemical Reaction	K.M. Chen; K. Lee; J. Chang; C. Sung; T. Chung; T. Liu; H. Perng
國立中山大學	1995	Chemical Reactivities of Spin-Orbit States of Al Atoms: A Fluorescence Imaging Study of the Al + O2 Reactions	K.M. Chen; J. Chang; C. Sung; T. Chung; K. Lee
國立中山大學	1995	Characterization of Luminous Beams from Laser Ablation by Imaging Techniques	K.M. Chen; M. Tzeng; C. Kuo; C. Pei
國立中山大學	1994	Time-Resolved Intensity Patterns of Photofragments by Laser Sheet Illumination and Two-Dimensional Imaging Techniques	K.M. Chen; C. Pei
國立中山大學	1994	Imaging Photofragments in Velocity Space by Laser Sheet Illumination Techniques. Photodissociation of ICN	K.M. Chen; C. Kuo; M. Tzeng; M. Shian; S. Chung
國立中山大學	1993	Synthesis and Pho- toproperties of Silicon Phthalocyanines and Silicon Naphthalocyanines	T. Wen; M. Liu; S. Young; Y. Lee; K.M. Chen; C. Kuo
國立中山大學	1992	Direct Determination of Number Density-Angle-Velocity Distributions in the Center-of-Mass Frame of Scattering Processes by Gated Two-Dimensional Imaging Techniques	K.M. Chen
國立中山大學	1992	Chemiluminescent Reactions of Laser-Generated Metal Atoms with Oxidants	K.M. Chen
國立中山大學	1992	Imaging Techniques in Experiments on Dynamics	K.M. Chen; C. Kuo
國立中山大學	1991	Angular Momentum Distributions in a Direct Photodissociation Process of Linear Triatomic Molecules	K. M. Chen
國立中山大學	1991	Characteristics of Excimer Laser-Generated Pulsed Na Beams	K.M. Chen; C. Kuo; C. Lin; T. Tseng; C. Pan; M. Lin; G. Wang; C. Pei

显示项目 6-30 / 50 (共2页)
1 2 > >>
每页显示[10|25|50]项目

	English \| 正體中文 \| 简体中文 \| 总笔数 :0
	造访人次 : 50713179 在线人数 : 378 教育部委托研究计画计画执行:国立台湾大学图书馆