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A207, Chemistry Bldg.
TEL:+886-2-3366-1162
FAX:+886-2-2362-1483
kclin@ntu.edu.tw
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Professor, Department of Chemistry, National Taiwan University
Adjunct Research Fellow, Institute of Atomic and Molecular Sciences, Academia Sinica
Research Interests
- Stereodirectional imaging in the photo process of oriented chiral molecules
- Roaming signature in the photodissociation of carbonyl compounds
- Molecular halogen elimination using cavity ring-down spectroscopy
- Reaction dynamics using time-resolved FTIR emission/absorption spectroscopy
- Single-molecule spectroscopy: application in lipid dynamics and solar cell
- Evanescent wave-cavity ring-down spectroscopy:
probe of DNA interaction and enhanced detection of chiral molecules
- Nano-materials: design of sensors and catalysts
Honors and Awards
- Distinguished Research Award, National Science Council, 1990-1996
- Distinguished Research Fellow, National Science Council, 1996-2002;
- Distinguished Professor of NTU, 2006-present;
- 2009 Academic Award of Chemical Society Located in Taipei;
- 2014 Academic Award of Ministry of Education；
- 2018 R.B. Bernstein Award, in Steoredynamics (Sep, Arose, Switzerland);
- 2019 National Chair Award of Ministry of Education.
Career
- B.S., 1975, Department of Chemistry, National Taiwan University.
- Ph.D., 1982, Department of Chemistry, Michigan State University.
- Postdoctoral Fellow, Cornell University, 1982-1984.
- Associate Professor, 1984-1988;
- Professor, 1988-present;
- Chair, 2001-2004, Department of Chemistry, National Taiwan University.
- Adjunct Research Fellow, 1991-present, Institute of Atomic and Molecular Sciences, Academia Sinica.
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A514, Chemistry Bldg.
TEL:+886-2-2362-1483
FAX:+886-2-2362-1483
tkasai@ntu.edu.tw
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Visiting Professor, Department of Chemistry, National Taiwan University
Research Interests
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Chemical reaction dynamics in the gas phase using molecular, radical, atomic , and cluster beams.
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Gas-surface reaction dynamics of simple molecules with metals, silicon, and graphite using molecular beams.
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Stereodynamics of energy transfer reactions in the gas phase using oriented molecular and atomic beams prepared by electrostatic and magnetic hexapole fields.
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Stereodynamics of surface absorption reactions using oriented molecular beams by measuring scattering distribution under ultra-high vacuum conditions.
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Surface dynamics and structure analysis in oxidation reactions with metals and silicon using synchrotron radiation lights with hyperthermal beams by measuring XPS, LEED, STM.
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3Dx3D full-dimensional stereodynamics in AB+CD four-center reactions.
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Mass and laser spectroscopic studies on plant respiration and human skin chemistry.
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Laser photo-dissociation dynamics
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Chemistry on cultural heritage
Honors and Awards
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