- 作者: R. Vetter
- 中文摘要:
Laser techniques are used to enlarge the range of application of crossed-beam experiments and to increase their resolution, via excitation of atomic/molecular reagents on well-defined quantum states and characterization of reaction products by L.I.F. and R.E.M.P.I. Detailed applications are described in the case of the Cs+H2→CsH+H photochemical reaction for which a complete set of experimental data was obtained and interpreted by quasi-classical trajectories.
To apply these techniques precise spectroscopic data are required, which are obtained from high resolution, Doppler-free beam experiments. In turn, reaction dynamics experiments provide out-of-equilibrium light sources which can be used to extend spectroscopic analyses. It is shown how the high resolution study of the TiO molecule leads to a new description of its electronic structure. - 英文摘要: --
- 中文關鍵字: --
- 英文關鍵字: --