Index Catalog // ScholarsArchive@OSU

Integrated intensities of methyl iodide in carbon tetrachloride solution and correction of slit error

Creator:: Khidir, Abdul Latif
Resource Type:: Dissertation
Full Text:: + (,u. s ) 2 + ,uz) 2 17 (39) Equation (39) is the one that is sought, for it connects the

A variable frequency spectrophone study of carbon monoxide

Creator:: Woodmansee, Wayne Earl
Resource Type:: Dissertation
Full Text:: .......S..... 26 for Amplitude Neasurenients. . . . 26 for Amplitude Measurements. . . . 38 for Phase

Ultrasonic dispersion in gaseous allene, ammonia and carbon suboxide observed by optical diffraction

Creator:: Hancock, James Kent
Resource Type:: Dissertation
Full Text:: ammonia has been determined experimentally by plotting V2 vs. pressure. The value obtained, S = -151 ± 5

Vibrational relaxation time studies on carbon monoxide by the infrared spectrophone method

Creator:: Jones, Walter Denny
Resource Type:: Dissertation
Full Text:: associated. I give my thanks to Dr. D. fi, Swineheart of the University of Oregon and to Mrs. S. Y. Wu

Optical diffraction study of ultrasonic sound velocity in nitrous oxide and ammonia gases

Creator:: Strauch, Joseph George
Abstract:: The velocity of sound in gases was measured, using an ultrasonic wave train as a diffraction grating. The fundamental problems involved in the optical technique are discussed. An apparatus utilizing an objective lens of focal length 1.5 m and aperture f/20 was constructed and used at an ultrasonic frequency close...
Resource Type:: Dissertation
Full Text:: . 68 21 S as a function of T. 72 22 Sound Dispersion in Ammonia. 76 23 Line Width vs f /p. 89

A spectrophone study of vibrational relaxation in methane

Creator:: Breshears, Wilbert Dale
Abstract:: The spectrophone method for the study of vibrational relaxation has been claimed to possess a distinct advantage over the more commonly used ultrasonic techniques in that it permits the relaxation of the various infrared-active vibrational modes in a polyatomic molecule to be studied separately. A discussion of the rate equations...
Resource Type:: Dissertation
Full Text:: particular, I wish to thank Dr. Joseph G. Strauch for numerous helpful discussions, and Dr. Robert S

Infrared, reflection and Raman spectra of sodium and potassium biflouride

Creator:: Cooke, Rodney Dean
Resource Type:: Dissertation
Full Text:: calculated from the optical refractive indices with the aid of the B matrix defined as B 1= (E-aS) where S

Absolute infrared intensities of the cyanate ion in KC1, KBr and KI lattice environment

Creator:: Seshadri, Kalkunte Srinivasa Iyengar
Resource Type:: Dissertation
Full Text:: thanke are due to I'trs . L, Potter for hsr oaref,ul typlng. IaBI,S Or CO$0EI{rS Fagc X ItrfRODUC

Determination of the vibrational lifetime of carbon monoxide by the spectrophone method

Creator:: Turrell, George Charles
Resource Type:: Dissertation
Full Text:: Iierzfeld and hice. KneEer' s theoretical work was 1oi1oed inimediately by an experimental study (19) of

I. Infrared spectra of solid solutions in alkali halide crystals [and] Method for obtaining minimal kinematically complete sets of internal coordinates

Creator:: Conant, Donald Robertson
Abstract:: A study was made of the infrared absorption spectrum for cyanate ion in KCl and KBr host lattices containing small amounts of calcium or barium ion. Both pellets and single crystals were scanned during the course of this study. The spectra of the barium or calcium doped crystals contained many...
Resource Type:: Dissertation
Full Text:: = dT dr = P a X = S - 13 owl .......v Pt iv-' = P aT. - as - P If G is not

ScholarsArchive@OSU

Integrated intensities of methyl iodide in carbon tetrachloride solution and correction of slit error

A variable frequency spectrophone study of carbon monoxide

Ultrasonic dispersion in gaseous allene, ammonia and carbon suboxide observed by optical diffraction

Vibrational relaxation time studies on carbon monoxide by the infrared spectrophone method

Optical diffraction study of ultrasonic sound velocity in nitrous oxide and ammonia gases

A spectrophone study of vibrational relaxation in methane

Infrared, reflection and Raman spectra of sodium and potassium biflouride

Absolute infrared intensities of the cyanate ion in KC1, KBr and KI lattice environment

Determination of the vibrational lifetime of carbon monoxide by the spectrophone method

I. Infrared spectra of solid solutions in alkali halide crystals [and] Method for obtaining minimal kinematically complete sets of internal coordinates

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