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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:: '(c)+B'f (2c(c + 1) ) (31) (32) (33) This equation was first applied by van Itterbeek and

Studies of ultrasonic dispersion in gases by the diffraction of light

Creator:: Martinez, Joseph Vergara
Resource Type:: Dissertation
Full Text:: author expresses his deep gratitude and sincere appreciation due Dr. J. C. Decius in extending his

Spectral investigation of the molecular vibration region of single crystalline potassium sulfate

Creator:: Meserole, F. B.
Abstract:: A spectral investigation of the molecular vibration region of the potassium sulfate crystal system was undertaken. This study was initiated to establish the feasibility of using this crystal as a host matrix for ammonium sulfate. Since these two systems are isomorphic and have unit cells of nearly equal volume the...
Resource Type:: Dissertation
Full Text:: L001,021 L001,012 LD11,011 Arctan c/b + 90° Arctan 2c/b + 90° Arctan c/2b + 90° Arctan b/c + 90

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:: Typed by Marion F. Palmateer /7, ACKNOWLEDGMENT I wish to express my gratitude to Dr. J. C

A variable frequency spectrophone study of carbon monoxide

Creator:: Woodmansee, Wayne Earl
Resource Type:: Dissertation
Full Text:: Lilah N. Potter ACKNOWLEDGNN T I would like to extend to Dr. J. C. Uecius my thanks for his

The infrared absorption of some hydrazine dihalides

Creator:: Snyder, Robert Gene
Resource Type:: Masters Thesis
Full Text:: The author wishes to express his sincere apprec iation to Dr. J. c. Deoius tor much helptul

Hyperpolarizability and forbidden Raman lines

Creator:: Rauch, John Edward
Resource Type:: Masters Thesis
Full Text:: presented Typed by Mrs. V. L 1iite, Jr. This thesis is dI«t.d to Profossai J. C. Decius whose

Lattice effects of lithium hydroxide : isotopic effects and factor group analysis

Creator:: Lilley, Suetta Albin
Abstract:: The infrared absorption spectrum from 3200 cm⁻¹ to 4025 cm⁻¹ of thin crystals of ⁶LiOH (99%⁶Li.) is presented and compared to the spectrum of [superscript]NLiOH (93%⁷Li). A shift in only one of the band pairs supports the lattice combinations model and assists in making assignments for the major features of...
Resource Type:: Masters Thesis
Full Text:: operations of D4h at sites a through h in the Brillouin ''one. Site Operation R E 2C 4 C2 , C 2 2C 2 i

The infrared absorption of phthalocyanine and related compounds

Creator:: Karasek, Francis W., 1919-
Resource Type:: Dissertation
Full Text:: gratefully acknowledged. The author o es much to Dr. John c. Deciua whose hard work and enthusiasm made

Integrated intensities of carbon dioxide in Nujol solutions

Creator:: Hofeldt, Robert Herman
Abstract:: The ratio of the absolute infrared intensity, A₃/A₂, for the parallel mode (2336 cm⁻¹) and the perpendicular mode (658 cm⁻¹) of a nonpolar solute molecule, carbon dioxide, has been determined in a nonpolar solvent, Nujol. The solution ratio (5.0) which has been extrapolated to zero concentration is less than the...
Resource Type:: Masters Thesis
Full Text:: . 72-74) 2 + (t-rr21a' dsAl = a.b,c CooIzJo where 2a, 2b, and 2c are the major and minor axis of the

ScholarsArchive@OSU

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

Studies of ultrasonic dispersion in gases by the diffraction of light

Spectral investigation of the molecular vibration region of single crystalline potassium sulfate

A spectrophone study of vibrational relaxation in methane

A variable frequency spectrophone study of carbon monoxide

The infrared absorption of some hydrazine dihalides

Hyperpolarizability and forbidden Raman lines

Lattice effects of lithium hydroxide : isotopic effects and factor group analysis

The infrared absorption of phthalocyanine and related compounds

Integrated intensities of carbon dioxide in Nujol solutions

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