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Creator:: Jeliazkova, Michelle
Abstract:: Electron behavior in semiconductor materials critically determines electronic applications. Previous research has shown carrier temperature higher than the lattice temperature of LEDs due to energy differences in the quantum well. Study of these findings requires a novel set-up to dig out weak signal in a thermal-noise filled environment; analytical methods...
Resource Type:: Honors College Thesis
Full Text:: . Graham at Oregon State University Physics Department, and Peter and Frank Orem from ThermaWatts LLC for

Creator:: Teo, YiPeng
Abstract:: The study of carrier transport in light-emitting diode (LED) has been researched extensively in the past. However, most studies were implementing voltages above the turn-on voltage of the LED. Research on LEDs well below the turn-on voltage threshold is comparatively scarce for good reasons. When the supply voltage is below...
Resource Type:: Honors College Thesis
Full Text:: insights on how a researcher should be. I would like to thank Frank Orem and Peter M. Orem from

Creator:: Plunkett, Garrett R.
Abstract:: Understanding the electrical transport properties of graphene provides a basis for determining its future as a potential semiconducting device that can be used for the next generation of transistors and photodetectors. Graphene p-n junctions can also function as field effect transistors, and thus are a logical starting point for I-V...
Resource Type:: Undergraduate Thesis
Full Text:: Hamiltonian of a single isolated atom in this model is given by 𝐻(𝒓) = ∑𝐻(𝒓 − 𝑹𝒏) + 𝜟𝑈(𝒓

ScholarsArchive@OSU