Image Theses and Dissertations A Kermit file transfer protocol for the Apple II series personal computers : View Item
Image Theses and Dissertations Integration having values in a banach space The paper is a report on some work of Bartle, Dunford, and Schwartz on a generalization of the Lebesgue Integral and also includes some related material. In the first part of the paper, a measure space (S, E) with the positive measure v defined on it is discussed and a number of its properties are derived. Then the properties of the space of measures which are of finite variation on this space are discussed. View Item
Image Theses and Dissertations Object-oriented menu-driven front-end for simulation of manufacturing systems View Item
Image Theses and Dissertations A temperature-dependent model for an AlInAs/GaInAs heterojunction bipolar transistor View Item
Image Theses and Dissertations The creation of a simplified subset if the Smalltalk-80 language View Item
Image Theses and Dissertations An electrochemical capacitance-voltage technique for the determination of pseudomorphic high electron mobility transistor material parameters View Item
Image Theses and Dissertations An object-oriented framework for computer network simulations View Item
Image Theses and Dissertations Quantitative scanning microwave microscopy of a biological cell The electromagnetic properties of a live biological system are extremely important to many medical applications. While information about electromagnetic properties of tissues are available in the literature, little or no data are available for a single cell or subcellular structures. Microwave biological/cell detection has been demonstrated to be useful and promising in many medical applications due to its internal properties such as non-invasive, fast and label-free. View Item
Image Theses and Dissertations An approach to implementing multiple inheritance in an object- oriented programming language View Item
Image Theses and Dissertations Effects of injection current density and active layer doping and thickness on the spectral emission properties of high-speed 1.3 um InGaAsP surface emitting light emitting diodes View Item
Image Theses and Dissertations The effect of N layer doping level on the forward voltage of AlGaAs double-heterostructure light emitting diodes View Item
Image Theses and Dissertations Dielectric Spectroscopy of Biological Samples For the first time, the impedance spectrum of live Jurkat T-lymphocytes human cells was characterized in a single sweep spanning six decades of frequency from 9 kHz to 9 GHz. The ultrawide bandwidth bridged the traditional impedance spectroscopy at kilohertz to megahertz frequencies with the recently developed microwave dielectric spectroscopy, which can probe the cell interior without being hindered by the cell membrane. View Item
Image Theses and Dissertations Development of a 1[mu]m GaAs metal-semiconductor field effect transistor fabrication process View Item
Image Theses and Dissertations CMOS Closed-loop Control of MEMS Varactors A closed-loop capacitance sensing and control mix-mode circuit with a dedicated sensor electrode and a proportional-integral controller was designed for MEMS varactors. The control was based on tuning the bias magnitude of the MEMS varactor according to t View Item
Image Theses and Dissertations Wafer-scale Fabrication and Characterization of Recessed-channel PtSe2 MOSFETs with Low Contact Resistance and Improved Gate Control For the first time, wafer-scale fabrication of PtSe2 MOSFETs was demonstrated by photolithography. The on PtSe2 is grown by thermally assisted conversion (TAC) of Pt films under Se vapor at 400 °C. Taking advantage of the unique property of PtSe2 to transition from semiconductor to semimetal as its thickness increases beyond a few monolayers, channel recess was adapted for improving gate control while keeping the contact resistance as low as 0.008 Ω∙cm. The wafer-scale fabrication resulted in uniform device characteristics so that average vs. best results were reported, as well as RF vs. View Item
Image Theses and Dissertations Expansion of a microprocessor simulation program to accommodate additional microprocessor types View Item
Image Theses and Dissertations A self adapting production system for test time reduction of semiconductor integrted circuit memories View Item
Image Theses and Dissertations Applications of Scanning Microwave Microscopy on Nanoscale Imaging of Biological Samples and CMOS Interconnects In this work, we systematically studied and introduced both AFM-based and STM-based scanning microwave microscopy. CMOS interconnects, single dried cell and organelles like exosomes have been imaged with scanning microwave microscopy.The scanning microwave microscopy of CMOS interconnect aluminum lines both bare and buried under oxide has been achieved. In both cases, a spatial resolution of 190 +- 70 nm was achieved, which was comparable or better than what had been reported in the literature. View Item