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The Utah State University Materials Physics Group (MPG) performs state-of-the-art ground-based testing of space environment effects on aerospace materials. These include electrical charging and electron transport properties of both conducting and insulating materials; they emphasize studies of electron emission, conductivity, luminescence, and electrostatic discharge. Our research group consists of faculty, graduate, and undergraduate researchers. Publications and presentations are archived here.

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1998

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Evolution of secondary electron emission characteristics of spacecraft surfaces: Importance to spacecraft charging, R. E. Davies and JR Dennison; 6th Spacecraft Charging Technology Conference

A spin Lattice Model for Physisorbed Dipolar Molecules on Ionic Substrates, JR Dennison, Jason Kite, and T. E. Burns; A spin Lattice Model for Physisorbed Dipolar Molecules on Ionic Substrates

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Applications of Secondary Electron Energy- and Angular-Distributions to Spacecraft Charging, Neal Nickles and R. E. Davies; Proceedings of the 6th Spacecraft Charging Technology Conference

Energy- and Angle-resolved Secondary Electron Cross Sections and Applications to Spacecraft Charging, Neal Nickles, R. E. Davies, and JR Dennison; Energy- and Angle-resolved Secondary Electron Cross Sections and Applications to Spacecraft Charging

Sample Bias Influence on Angular-Resolved Secondary Electron Emission, Neal Nickles, R. E. Davies, and JR Dennison; Sample Bias Influence on Angular-Resolved Secondary Electron Emission

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Secondary Electron Emission and Spacecraft Charging, Neal Nickles and JR Dennison; 4th Rocky Mountain NASA Space Grant Consortium Fellowship Symposium

Problem Solving Tutorial, Neal Nickles, JR Dennison, D. Mark Riffe, and Beth Porter; Problem Solving Tutorial

A Foundation for the Integration of Mathcad into the Undergraduate Physics Curriculum, D. Mark Riffe, JR Dennison, and Neal Nickles; A Foundation for the Integration of Mathcad into the Undergraduate Physics Curriculum

1997

Introduction to Scientific Computing: Introductory Physics Handbook, N. Nickles, JR Dennison, and D. Mark Riffe; Introduction to Scientific Computing: Introductory Physics Handbook

Introduction to Scientific Computing: Modern Physics Handbook, D. Mark Riffe, JR Dennison, N. Nickels, and T. E. Burns; Introduction to Scientific Computing: Modern Physics Handbook

1996

Amusement Park Physics as a Year-round Tool: A Workshop for Middle and High School Teachers, T. E. Burns, JR Dennison, Jill Marshall, and Jessica Tams; Amusement Park Physics as a Year-round Tool: A Workshop for Middle and High School Teachers

1995

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Vibrational Dynamics and Structure of Amorphous Carbon Modeled Using the Embedded Ring Approach, T. E. Doyle and JR Dennison; Physical Review B

1992

Materials for Innovative Light-weight Structures in Space, JR Dennison, J. Sojka, T. E. Burns, H. Chi, M. Adams, W. Jiang, and J. Humpherys; Materials for Innovative Light-weight Structures in Space

1990

Vibrational Dynamics of Adsorbed Films Using Fourier Transform Infrared Spectroscopy Metal Light Pipe Technique, JR Dennison, Torsten Will, and W. N. Hansen; Vibrational Dynamics of Adsorbed Films Using Fourier Transform Infrared Spectroscopy Metal Light Pipe Technique

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Corrugation in the nitrogen-graphite potential probed by inelastic neutron scattering, F. Y. Hansen, L. W. Bruch, H. Taub, V. L. Frank, H. J. Lauter, and JR Dennison; Physical Review Letters

1989

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Nature of Carbon-Carbon Bonding in Evaporated and Ion-Sputtered (Diamondlike) Amorphous Carbon from (e, 2e) Spectroscopy, Chao Gao, Yun Yu Wang, A. L. Ritter, and JR Dennison; Physical Review Letters

Layer-by-layer Growth of Solid Argon Films on Graphite as Studied by Neutron Diffraction, J. Larese, Q. Zhang, L. Passell, J. Hastings, JR Dennison, and H. Taub; Physical Review B

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Multi-layer Structure of Nitrogen Adsorbed on Graphite, S. K. Wang, J. C. Newton, R. Wang, H. Taub, JR Dennison, and H. Shechter; Physical Review B

1986

Evidence of a Monolayer Liquid Crystal Phase of Hexane Adsorbed on Graphite, J. C. Newton, JR Dennison, S. K. Wang, R. Wang, H. Taub, and H. Shechter; Applied Physics Communications

1984

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An Spectrometer for Investigating the Spectral Momentum Density of Thin Films, A. L. Ritter, JR Dennison, and J. Dunn; Review of Scientific Instruments

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The Spectral Momentum Density of Amorphous Carbon from (e, 2e) Spectroscopy, A. L. Ritter, JR Dennison, and R. Jones; Physical Review Letters