## Abstract The Raman specrum of Ξ²βadenosineβ5β²βphosphoric acid has been observed in its aqueous solution with 6471, 5145, 4880, 4579, 4579, and 3511 Γ excitation. An examination of the manner of increase of the intensities of the Raman lines at 1580 and 1484 cm^β1^ of the adenine residue indicated
Further evidence of the vibronic coupling of pyrazine as revealed by preresonance raman effect
β Scribed by Mitsuo Ito; Isamu Suzuka
- Publisher
- Elsevier Science
- Year
- 1975
- Tongue
- English
- Weight
- 479 KB
- Volume
- 31
- Category
- Article
- ISSN
- 0009-2614
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β¦ Synopsis
The excitation wavelength dependences of theintensities of the Raman lines of pyrkne ha-de been measured The intensity enhancement of the non-totally symmetric Ramnn line nt 925 cm-' provided firm evidence of the dbronic coupling between the lowest lBju(n,sr*) and second lowest 1B2u(fi,~*) states. The excitation wweler@h dependences of other non-CHEMICAL PHYSICs LlX-fERS ..
π SIMILAR VOLUMES
The fluorescence excitation spectrum of pyrene obtained in a supersonic jet for the S ,\_,-+Sz transition shows a complicated structure due to the interaction of discrete levels of S, with the quasi-continuous levels belonging to S,. The intensity distribution pattern in this region has been evaluat