The photoelectron spectrum of H2 has been mensured with high resolution. Some individusl rotationnl lines are completely resolved and it has been possible to measure some ionization encrgks with an a~curncy of the snme order of magnitude ns in the best spectroscopic measurements. The rotationnl and
The photoelectron spectrum of 2-methylbenzotriazole
β Scribed by Werner Leupin; Edgar Heilbronner; Jakob Wirz
- Publisher
- Elsevier Science
- Year
- 1980
- Tongue
- English
- Weight
- 192 KB
- Volume
- 68
- Category
- Article
- ISSN
- 0022-2860
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
The He1 photoelectron spectrum of the transient rpcciev S,O has been measured and the experimentally determined ionization potentials are compared with the results of CNDO/Z molecular orbital calculations using Koopmans' theorem. The assignments are compared with those previously sivcn for the serie
The inner-valence (20-36 eV) photoelectron spectrum of N, is interpreted by comparing with various spectra (such as absorption, N+-yield, fluorescence-yield, and core-level photoelectron spectra). This comparative study conflrms the previous assignments on the bands at 25.3 and 29.0 eV and clarifies
## Abstract The helium (I) photoelectron spectrum of C(CN)~4~ curiously displays ionizations only in two small windows from 13.8 eV to 14.5 eV and from 14.8 eV to 15.5 eV, respectively. A tentative assignment of the numerous overlapping bands β based on a spectroscopically parametrized LCBO MO mode
## Abstract The He(I~Ξ±~) and He(II~Ξ±~) spectra of tetrafluorobutatriene **3**(F) have been recorded for comparison with those of butatriene **3**(H). __Ab initio__ doubleβzeta basis selfβconsistent field (SCF) and configuration interaction calculations on butatriene show that, contrary to previous