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Faculty Advisors

Salling, Mark J.


with beam energies between 1 and 5 keV, and ion beam fluxes between 1700 and 5000 □ A/cm2. Rippled structures were not observed under these conditions. As an alternative, we used a single layer of microspheres which had been arranged into a close-packed structure as a template. This surface will then be irradiated at normal incidence with argon ions. By doing so, a network of channels is expected to be formed in-between the microspheres. Future work will examine the influence of beam flux on the formation of rippled structures, as well as exploring the effect of variations in particle size and concentration on the formation of large monolayer template areas.

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Maxine Goodman Levin College of Urban Affairs

The Digitalization of and Research with Real Estate Archival Records: A Longitudinal Study of Changes in Land Use on Miles Avenue