Physics & Astronomy ETDs

Physics & Astronomy ETDs

 

For information about submitting your thesis or dissertation, or its availability here, please see the Overview of Thesis & Dissertation Policies and Procedures or contact the Office of Graduate Studies.

Follow


Theses/Dissertations from 1951

PDF

The Polarization of Zodiacal Light, Maynard Cowan

PDF

An Experimental Investigation of the Dead Time of Geiger-Mueller Counters, Peter H. Jessner

PDF

Determination of the Shape and Position of the Zodiacal Light by Use of an Automatic Recording Method, James D.G. Lindsay

PDF

An Experimental Determination of the Distribution of Core Location of Extensive Air Showers, Jerre P. Moore

PDF

A Sensitive Electronic Photometer Employing Negative Feedback, John Lee Pack

PDF

A differential electronic photometer and polariscope with negative feedback, William Rogers

PDF

Investigation of Penetrating Cosmic-Ray Showers In Water, George William Rollosson

PDF

The Elastic Scattering of Deuterons by Deuterons, Richard John Runge

PDF

An Experimental Investigation of a Light Weight High Voltage Power Supply, James F. Tribby

Theses/Dissertations from 1950

PDF

A New Method of Detecting Low Intensity Nuclear Radiation, Emerson Jones

PDF

A Study of an Inverse Feed-Back, Low Frequency, Low-Pass Filter, Ralph A. Nobles

Theses/Dissertations from 1949

PDF

A Study of Atmospheric Ozone Near the Surface of the Earth, Irby Gerald Bowen

PDF

A New Method of Measuring the Intensity of the Zodiacal Light, Raymond Grenchik

PDF

A Cosmic Ray Experiment Using Nuclear Photographic Emulsions, Mercedes Merner

PDF

A Nuclear Magnetic Resonance Absorption Experiment, Richard Runge

Theses/Dissertations from 1948

PDF

A Study of Variations in Cosmic Ray Intensity Due to the Shifting of Isobaric Layers in the Stratosphere, Frederick Herbert Martens

Theses/Dissertations from 1941

PDF

A Generating Voltmeter of Wide Sensitivity Range for Measuring Atmospheric Potential Gradients, Herschel Roy Snodgrass

Theses/Dissertations from 202

PDF

Studying Properties Of Xenon Doped Argon and Developing Optical Simulation Techniques for the LEGEND collaboration, a Neutrinoless Double Beta Decay Experiment, Neil Christopher McFadden Dr