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Full-Text Articles in Physics
Trapping And Cooling Of Ca+ For Cold Ion-Radical Collisions, Bernardo Gutierrez
Trapping And Cooling Of Ca+ For Cold Ion-Radical Collisions, Bernardo Gutierrez
Undergraduate Research Symposium Posters
Free radicals are molecules that contain an unpaired valence electron which induces high reactivity. Ion radical reactions are typically exothermic and have low (or zero) activation energy. It is for these reasons that ion-radical reactions are believed to dominate in interstellar clouds where temperatures hover around 3-10K. State-to-state measurements require precision control of both reactants.
Degree Of Linear Polarization: An Indicator Of Optical Vortex Beam Entanglement, Ella James
Degree Of Linear Polarization: An Indicator Of Optical Vortex Beam Entanglement, Ella James
Summer Community of Scholars Posters (RCEU and HCR Combined Programs)
No abstract provided.
Dispersion In High Temperature Superconductors, Lazar Novakovic
Dispersion In High Temperature Superconductors, Lazar Novakovic
Undergraduate Research Symposium Podium Presentations
Superconductors are used in many different industries: Efficient power transmission, Maglev train, MRIs
Annual Faculty Research Symposium 2022, Oakwood University
Annual Faculty Research Symposium 2022, Oakwood University
Proceedings
No abstract provided.
Examining The Optical Properties Of Monosodium Urate For The Detection Of Gout Using A Magneto-Optical Device (Mod), Victoria Marino
Examining The Optical Properties Of Monosodium Urate For The Detection Of Gout Using A Magneto-Optical Device (Mod), Victoria Marino
Celebration of Scholarship 2022
The purpose of this research was to quantify the magnetooptical properties of monosodium urate (MSU) crystals that would allow for an easy diagnosis using a magneto-optical device (MOD). Characterization of these magnetic and optical properties was achieved by measuring the transmitted light intensity of a laser shining through a sample of monosodium urate with or without an applied (static) magnetic field. Using our theoretical model under the simplifying assumption that absorption is dominant, we determined that the extinction cross-section is σ𝑥 = 0.0127 cm3 /μg and we determined σ𝑧 using two different relationships which gave two distinctly different values. Due …