Dual and incident circular polarization Raman optical activity backscattering of (—)-trans-pinane
Identifieur interne : 003317 ( Main/Merge ); précédent : 003316; suivant : 003318Dual and incident circular polarization Raman optical activity backscattering of (—)-trans-pinane
Auteurs : Diping Che [États-Unis] ; Lutz Hecht [États-Unis] ; Laurence A. Nafie [États-Unis]Source :
- Chemical Physics Letters [ 0009-2614 ] ; 1991.
Descripteurs français
- Wicri :
- topic : Conférence internationale.
English descriptors
- KwdEn :
- Activity tensor, Artifact, Artifact analysis, Artifact control, Artifact intensity, Artifact levels, Backscattering, Barron, Camera lens, Chem, Chemical physics letters, Circular polarization, Circular polarization states, Collection mirror, Dcpi, Dcpr, Entrance slit, Hecht, Incident light, International conference, Laser light, Linear polarizer, Lower levels, Modulation schemes, Mqwp, Noise limit, Opposite enantiomers, Other forms, Phys, Polarization, Polarization vector, Polarizer, Quantitative comparison, Raman, Raman spectroscopy, Raman spectrum, Raman spectry, Spectrum, Superscript tilde, Tensor, Theoretical analysis, Theoretical prediction, Total raman, Visible region.
- Teeft :
- Activity tensor, Artifact, Artifact analysis, Artifact control, Artifact intensity, Artifact levels, Backscattering, Barron, Camera lens, Chem, Chemical physics letters, Circular polarization, Circular polarization states, Collection mirror, Dcpi, Dcpr, Entrance slit, Hecht, Incident light, International conference, Laser light, Linear polarizer, Lower levels, Modulation schemes, Mqwp, Noise limit, Opposite enantiomers, Other forms, Phys, Polarization, Polarization vector, Polarizer, Quantitative comparison, Raman, Raman spectroscopy, Raman spectrum, Raman spectry, Spectrum, Superscript tilde, Tensor, Theoretical analysis, Theoretical prediction, Total raman, Visible region.
Abstract
Abstract: We report the first measurement of dual circular polarization (DCP) Raman optical activity (ROA). DCP ROA was predicted recently to be a new form of ROA in which the incident and scattered light beams are synchronously modulated between right and left circular polarization states. Using a new backscattering apparatus and (—)-trans-pinane, we confirm the theoretical predictions and compare our results to the conventional incident circular polarization (ICP) form of ROA.
Url:
DOI: 10.1016/0009-2614(91)87138-2
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ISTEX:D98ABBE5EC2E056D37D24C0F3A69C8578D3EE62FLe document en format XML
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