Global ETD Search
Search theses and dissertations gathered from participating repositories worldwide. Every result links back to the library that holds it. No account is needed.
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Showing 1 to 20 of 23 for “"Electronics Technology"”.
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MoS₂ electronics : technology, high yield circuits and applications
… and simplified 3D integration. Two-dimensional electronics based on single-layer MoS₂ synthesized by chemical vapor deposition (CVD) offers significant advantages for realizing large-scale flexible systems owing to the ultrathin nature, excellent transport properties and stable crystalline …
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A study of the thermomechanical reliability of solder joints in surface mount electronics technology
… This function is crucial in Surface Mount Technology (SMT) owing to its capability in supporting the realisation of high density, functionality and performance of electronic devices. With the increase in miniaturisation of electronic components, enabling the manufacture of high-density …
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The Relationship Between Locus of Control and Academic Success of Post-Secondary Students in Electronics Technology
… academic success in students taking courses in Electronics Technology at a post-secondary technical school. The Adult Nowicki-Strickland Internal External Control-Scale was used to determine a locus of control score for each subject, and the students' current GPA scores were used as a measure of …
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Nanoporous flexographic printing : fundamentals, applications and scale-up
… inks is critical for the manufacturing of electronics on non-conventional substrates such as paper and polymer films, for applications such as smart packaging, asset tracking, and photovoltaics. Among conventional printing processes, flexography is a scalable, high-speed direct printing …
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Comprehensive modeling of thin film evaporation in micropillar wicks
… accustomed to continuous, rapid advances in electronics technology. As the power density of these devices increases, heat dissipation threatens to become the limiting factor for growth in the electronics industry. In order to sustain rapid growth, the development of advanced thermal …
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Fundamental and Applied Aspects of Electronics Based on Single -Walled Carbon Nanotube Thin Films
… steps in the development of an SWNT based electronics technology that could find utility in areas such as flexible electronics and others that might complement the capabilities of established systems.
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Characterization of Flexible Hybrid Electronics Using Stretchable Silver Ink and Ultra-Thin Silicon Die
<p>Flexible Hybrid Electronics (FHEs) offer many advantages to the future of wearable technology. By combining the dynamic performance of conductive inks, and the functionality of ultra-thinned, traditional IC technology, new FHE devices allow for development of applications previously excluded by …
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Application of Neural Networks to Inverter-Based Resources
… of data. Simultaneously, grid-connected power electronics technology has had a large impact on the way electrical energy is generated, transmitted, and delivered to consumers. Artificial intelligence and machine learning can help address the new power grid challenges with enhanced computational …
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Using Accelerometers to Quantify Infant General Movements as a Tool for Assessing Motility to Assist in Making a Diagnosis of Cerebral Palsy
… infant movement have not utilized miniature electronics technology, nor been used effectively in evaluating neurological dysfunctions' affect on movement. This thesis presents a new quantitative technique for measuring infant general movements (GMs) using micro-electromechanical …
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Matrix converter application to FACTS and embedded generation
Power electronics is the key technology for connecting flexible ac transmission system devices and renewable power generation to the ac grid. Among the ac to ac converters, the matrix converter represents a promising alternative power electronics technology to back to back converters. It does not …
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Probing Nanoscale Functional Properties of Perovskite and Wurtzite Ferroelectrics via Scanning Probe Microscopy
… for prospective applications in science and technology. Ferroelectrics exhibit a switchable spontaneous polarization when subjected to an electric field and are instrumental in developing low-energy nanoelectronics. Topologically tailored nanoscale ferroelectrics have attracted substantial …
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Directional UAV swarming: a network perspective
… years, with the development of robotics and electronics technology, unmanned aerial vehicles (UAVs) are becoming smaller and cheaper. People started to use UAVs more and more frequently since they are easy to purchase and control. In this research, we would investigate a UAV swarming from a …
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Fabrication and Application of a Polymer Neuromorphic Circuitry Based on Polymer Memristive Devices and Polymer Transistors
… required a development of individual polymer electronics elements, as well as customization of fabrication processes necessary for the realization of the circuitry on separate substrates as well as on a single substrate. This is the first demonstration of a fabrication of an entire neuron, and …
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Practical performance and system capacity of lightwave AM SCM video systems
… and cable TV companies. With advance in opto-electronics technology in the mid-1980s, lightwave SCM systems can now be practically implemented to provide a carrier platform for both digital and analog signals and (for short distance applications) are presently more cost effective than time …
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The relationship of mathematics prerequisites and other academic factors to student achievement in two Virginia community colleges
… were enrolled in either drafting and design technology, electronics technology, or engineering technology. The dependent variables used in this study were: (a) achievement in college level mathematics courses, (b) overall occupational/technical program achievement, and (c) time required to …
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High-Speed Optical Modulators and Data Communication Systems in Silicon Photonics
… and high-performance photonics system, electronics and in particular the high-speed analog front-end that directly interfaces with the photonic devices is an integral part and to a great extent determines system-level performance. Furthermore, close-integration and co-design offer …
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Computational modeling of transport and growth-related processes of novel gallium-v materials for temperature-resilient and high-power electronics
… materials for temperature-resilient and power electronics applications. These materials are based on mature and well-studied semiconductors, like GaAs and GaN, and there is untapped potential in utilizing unconventional elements, like Bi and Yb, to be used as alloy constituents. The successful …
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Graphene-Assisted gan membranes formation /
Flexible electronics technology is already being utilized in industrial and medical devices by worldwide users. This new generation of electronics assists in monitoring the vital signs of premature babies and athlete's hydration. Another application of this technology is in robotics, where flexible …
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Design of Extreme Efficiency Active Rectifier for More-electric Aircrafts
… and more reliable. In this movement, power electronics technology plays a key role in interfacing the new types of electrical loads to the new aircraft electrical power system. One of the major tasks for power electronics circuits in MEA is to transfer aircraft variable frequency AC voltage …
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Theoretical Modeling Of Electron Transport In Molecular Devices
Modern electronics technology has reached a very sophisticated stage. Requirements for smaller and reliable devices are becoming more and more demanding. It is predicted that Moore's law in making a faster CPU is going to break down in the foreseeable future. People start to look into new materials …
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