A high resolution investigation of the near ultraviolet absorption spectrum of p-fluorochlorobenzene
β Scribed by S.N. Thakur; K.N. Upadhya
- Publisher
- Elsevier Science
- Year
- 1969
- Tongue
- English
- Weight
- 765 KB
- Volume
- 4
- Category
- Article
- ISSN
- 0022-2860
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
The photoabsorption cross section of molecular N2 has been dctcrmincd in the range from JO-35 CV utilizing the continuum of synchrolron radiation from the DOKIS storage ring, a 3m norms1 incidence monochronwtor of0.05 X rc:soIution and photoeleclricill rccordu~g. New dctailcd tuatures arc obscrvcd w
The IT\* e R clccuomc ~NKIIIO~ ncm 3-75 nm oi anrrolc (mcthokybcnzcnc) and three dccterstcd ~sotopcs has bwn phorographed and a vibrational anzllysis pcrformcd Propcss~ons ma number oi III-phnc wbratlons and sequences m scvcr~l out-of-pLnc ubratlons have been assigned.
The absorption spectrum of the pink afterglow of molecular nitrogen in the vacuum ultraviolet has been analyzed at high resolution. The spectrum exhibits hot bands involving vibrational levels of the electronic ground state as high as v Π Ο 19. Experimentally determined term values are derived for v
The variation with pressure of the two components of the electronic origin band of the first singlet-singlet transition in crystalline naphthalene is considered. A model is constructed which gives a satisfactory account of this variation. The splitting contains both Coulomb and overlap-dependent ter