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Full-Text Articles in Nanotechnology Fabrication
Spice Modeling Of Biosensing Field-Effect Transistor, Alex Castro
Spice Modeling Of Biosensing Field-Effect Transistor, Alex Castro
Electrical Engineering
This project created a user manual on how to generate an easily configurable and implementable Spice model for Field Effect Transistor (FET) devices created in the Cal Poly clean room. The document contained step by step procedures depicting the proper execution techniques and example results for different experiments required to gather the proper information for these models. This testing methodology was shown for finding the numerous different device parameters of a FET, including the I-V curves, threshold voltage, and subthreshold current values. The manual then described how to transfer this data into a new Spice model to allow for simulation …
Study Of Grating Layer Location Of A Gan Nano-Grated Led And Comparison Of Triangular And Squared Ito Nano-Grating Of Gan Leds, Ashli Lauren Behill
Study Of Grating Layer Location Of A Gan Nano-Grated Led And Comparison Of Triangular And Squared Ito Nano-Grating Of Gan Leds, Ashli Lauren Behill
Electrical Engineering
Reducing energy consumption is one the most critical and necessary actions being continually worked towards by many. According to the U.S. department of Energy, solid-state lighting (SSL) has the potential to reduce the light consumption in the United States by nearly one half and that light-emitting diodes (LEDs) will change the way of lighting in our homes and businesses. Gallium Nitride (GaN) based light emitting diode (LED) technologies are continuing to have a fast growing contribution to various applications in today’s society. GaN LEDS are already replacing the esteemed incandescent light bulb, and are transforming traffic lighting, optical interconnects, backlight …
Clear Circuit Contact Lens, Paul Hecker Ii, Phillip Azar, Alexander Do, Benny Ng, Errol Leon
Clear Circuit Contact Lens, Paul Hecker Ii, Phillip Azar, Alexander Do, Benny Ng, Errol Leon
Electrical Engineering
The clear active contact lens project aims to address safety and hazard awareness with an unexplored field of eye wear technology. With advancements in nanotechnology and the advent of circuits on contact lens, this project is one of the first research and development into this new field, following University of Washington and Google. The team focuses on the safety and biocompatibility of the contact lens for a comfortable ease of use. The designs push the limits of thin film printed technology with its pursuit of fine designs of 250μm antennas. The project streamlines the manufacturing process for a combination substrate …
Analytical Parametric Model Used To Study The Influence Of Electrostatic Force On Surface Coverage During Electrospinning Of Polymer Fibers, Joshua Beisel, Jerry Kyeremateng, Lance Purkett, Jessica Andriolo, Jack L. Skinner
Analytical Parametric Model Used To Study The Influence Of Electrostatic Force On Surface Coverage During Electrospinning Of Polymer Fibers, Joshua Beisel, Jerry Kyeremateng, Lance Purkett, Jessica Andriolo, Jack L. Skinner
Electrical Engineering
Electrospinning (ES) can readily produce polymer fibers with cross-sectional dimensions ranging from tens of nanometers to tens of microns. Qualitative estimates of surface area coverage are rather intuitive. However, quantitative analytical and numerical methods for predicting surface coverage during ES have not been covered in sufficient depth to be applied in the design of novel materials, surfaces, and devices from ES fibers. This article presents a modeling approach to ES surface coverage where an analytical model is derived for use in quantitative prediction of surface coverage of ES fibers. The analytical model is used to predict the diameter of circular …