Results 111 to 120 of about 75,990 (168)
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Raman Spectrum of Potassium Bromide
Nature, 1949POTASSIUM bromide has a crystal structure similar to that of rocksalt ; but as the ions in the former are heavier, the Raman frequency shifts are smaller and hence less easy to record in a satisfactory manner. The success of Menzies and Skinner1 in observing some detail in the Raman spectrum of the substance, however, encouraged us to undertake an ...
R S, KRISHNAN, P S, NARAYANAN
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Raman Spectrum of the Phenyl Radical
The Journal of Physical Chemistry A, 2001The Raman spectrum of phenyl radical (C6H5) isolated in low-temperature argon matrices has been obtained.
Lapinski, A. +4 more
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The Resonance Raman Spectrum of the Metalloprotein Ovotransferrin
Canadian Journal of Biochemistry, 1974Using ovotransferrin it is shown that amino-acid side chains forming the metal binding site in coloured metalloproteins can be identified and monitored by resonance Raman spectroscopy. All major features above 800 cm−1 in the resonance Raman spectrum of iron–bicarbonate ovotransferrin could be assigned to histidine or tyrosine vibrational modes, by ...
Carey, P., Young, N.
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Rubber Chemistry and Technology, 1935
Abstract It has been previously reported that the Raman effect is exhibited by rubber as a continuous scattering together with the presence of broad bands (Franklin and Laird, Phys. Rev., 36, 147 (1930); Busse, J. Phys. Chem., 36, 2862 (1932)). Busse attributed this result to the viscosity of the solutions or to the possibility that the rubber ...
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Abstract It has been previously reported that the Raman effect is exhibited by rubber as a continuous scattering together with the presence of broad bands (Franklin and Laird, Phys. Rev., 36, 147 (1930); Busse, J. Phys. Chem., 36, 2862 (1932)). Busse attributed this result to the viscosity of the solutions or to the possibility that the rubber ...
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Science, 1933
THE Raman spectrum of 80 per cent heavy water obtained with a sample supplied by Prof. H. S. Taylor of Princeton, when compared with the spectrum of the 18 per cent material previously reported1, shows that the water molecule with two atoms of heavy hydrogen gives a Raman band with a frequency difference of 2517, while the molecule with one atom of ...
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THE Raman spectrum of 80 per cent heavy water obtained with a sample supplied by Prof. H. S. Taylor of Princeton, when compared with the spectrum of the 18 per cent material previously reported1, shows that the water molecule with two atoms of heavy hydrogen gives a Raman band with a frequency difference of 2517, while the molecule with one atom of ...
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The Raman Spectrum of Hexafluoroethane
The Journal of Chemical Physics, 1947The Raman spectrum of hexafluoroethane in the liquid phase has been obtained. The polarization of the lines appearing in the spectrum has been measured qualitatively. An assignment of the frequencies has been made from the spectrum.
D. H. Rank, E. L. Pace
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Solid State Communications, 1967
Abstract The polarization of the Raman Spectrum of BaTiO 3 was studied for different scattering geometries. The frequencies and symmetries of most of the Raman active pure symmetry phonons were determined. A transverse mode with E 1 symmetry was found in the vicinity of 5 cm -1 .
A. Pinczuk +3 more
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Abstract The polarization of the Raman Spectrum of BaTiO 3 was studied for different scattering geometries. The frequencies and symmetries of most of the Raman active pure symmetry phonons were determined. A transverse mode with E 1 symmetry was found in the vicinity of 5 cm -1 .
A. Pinczuk +3 more
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Raman Spectrum of Fluorobenzene
The Journal of Chemical Physics, 1934The Raman spectrum of fluorobenzene has been investigated with a Hilger E1 quartz spectrograph, the following frequency shifts being obtained: 241, 517, 613, 804, 829, 997, 1009, 1157, 1220, (1265), (1414), 1496, (1561), 1599, 3076 and 3677 cm—1. Relative intensities were measured with a Zeiss three-prism glass spectrograph and a Moll microphotometer.
F. W. Crawford, J. Rud Nielsen
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Canadian Journal of Physics, 1960
The Raman spectrum of CH4 was obtained with a spectral resolution of ~0.3 cm−1, and rotational analyses of the ν and ν2 bands were carried out. The B0 values obtained from the ν2 and ν3 bands are 5.240 ± 0.002 and 5.2406 ± 0.0011 cm−1, respectively; the value of ν0 determined from the latter is 1.09403 ± 0.00016 Å.
M. A. Thomas, H. L. Welsh
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The Raman spectrum of CH4 was obtained with a spectral resolution of ~0.3 cm−1, and rotational analyses of the ν and ν2 bands were carried out. The B0 values obtained from the ν2 and ν3 bands are 5.240 ± 0.002 and 5.2406 ± 0.0011 cm−1, respectively; the value of ν0 determined from the latter is 1.09403 ± 0.00016 Å.
M. A. Thomas, H. L. Welsh
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The Journal of Chemical Physics, 1964
Raman spectra of the anthracene solution are recorded using a Raman source of high luminosity. Twelve new frequencies are found and an assignment is proposed using earlier measurements on a single crystal.
N. Abasbegović, N. Vukotić, L. Colombo
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Raman spectra of the anthracene solution are recorded using a Raman source of high luminosity. Twelve new frequencies are found and an assignment is proposed using earlier measurements on a single crystal.
N. Abasbegović, N. Vukotić, L. Colombo
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