Quantum dots are semiconducting particles on the nanometer scale which exhibit unique size dependent electronic and optical properties due to the quantum confinement phenomenon. Over the past several years colloidal quantum ...

This paper presents the design and analysis of a mobile ground test rig for small-scale turbojet engines to simulate in-flight start reliability for design changes aimed at increasing the performance of the engine. One of ...

With growing interest in UAVs and OSU's interest in propeller performance and manufacturing, evaluating UAV propeller and propulsion system performance has become essential. In attempts to evaluate these propellers a mobile ...

Previous studies of tornadoes have utilized high-spatial-resolution data obtained by mobile Doppler radars to better understand phenomena that occur on small spatial scales. There has not been a similar focus on using ...

Fluorescence techniques are very useful for understanding the various processes in biological science. This thesis presents the applications of several fluorescence techniques for studying the mobility of proteins and ...

The RF spectrum grows increasingly crowded every year due to technological advancement and more accessibility to wireless devices. Overcrowding leads to the desire for frequency agile microwave systems with dynamic spectrum ...