Polarized and depolarized continuum resonance Raman spectra of isotopically pure 1\*713SC1 vapor have been recorded with excitation from the green to the blue spectral region. The spectra have been simulated, applying time-dependent and time-independent second-order perturbation theory. This togethe
Evidence for excited electronic state interference in resonance raman scattering
โ Scribed by P. Baierl; W. Kiefer; P.F. Williams; D.L. Rousseau
- Publisher
- Elsevier Science
- Year
- 1977
- Tongue
- English
- Weight
- 466 KB
- Volume
- 50
- Category
- Article
- ISSN
- 0009-2614
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โฆ Synopsis
Ti:c: complex rcsommcc Raman spcctia of molecular bromine have been .malyrcd quantitatively and a clear dcmonrtration of interfcrencc in the Ranun intensity from the L@IIQ+~) nnd 1 111, excited s:stes has been found.
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Ti~resolvcd resonance-enhanced RamEn spcclnlm of a photccbemical IlalXicnt of naphlhalcoe. assodakd with broad cluztromc absorption in tbc = 425 nm region, is reported. 'Ihe &man signals at 1570,1431,1415 and 1388 cm-', which decay 81. nanosecond times. arc awrribcd to this species. This trarkent is
By focusin\_r ~50 mW of radiation \rith A = 457.9 nm in a solution of [Cr(bip))3] [CIOJ j3 in Hz0 .~ppreci.~blc population of the 'E t\_\cited stdtc is obminrd altic permits one to record .I kibratmn.d R.~m.m etfect in tlw clcctromc c.xated state-In the following we discuss optial pumping and light