Liwei Lin (Advisor)

Research Advised by Professor Liwei Lin

Lin Group:  List of Projects | List of Researchers

Yong Cui

Alumni
Professor Liwei Lin (Advisor)
PostDoc 2018

Woon-Kyung Choi

Alumni
Professor Liwei Lin (Advisor)
PostDoc 2009

Juhong Chen

Alumni
Professor Liwei Lin (Advisor)
PostDoc 2019

ChiaMeng Chen

Alumni
Professor Liwei Lin (Advisor)
PostDoc 2013

Ethan Chen

Alumni
Professor Liwei Lin (Advisor)
PostDoc 2008

Cullen Buie

Alumni
Professor Liwei Lin (Advisor)
PostDoc 2009

Jin Woo Bae

Alumni
Professor Liwei Lin (Advisor)
PostDoc 2019

Microfluidic Microbial Fuel Cells for Microstructure Interrogations

Erika Parra
Liwei Lin
Carlos Fendandez-Pello
John D. Coates
2010

The breakdown of organic substances to retrieve energy is a naturally occurring process in nature. Catabolic microorganisms contain enzymes capable of accelerating the disintegration of simple sugars and alcohols to produce separated charge in the form of electrons and protons as byproducts that can be harvested extracellularly through an electrochemical cell to produce electrical energy directly. Bioelectrochemical energy is then an appealing green alternative to other power sources. However, a number of fundamental questions must be addressed if the technology is to become...

MEMS Resonant Strain Sensor Integration

David Myers
Albert P. Pisano
Liwei lin
Andrew Neureuther
2010

Despite commercial availability since the 1950’s, silicon strain sensors have not experienced the same success as other microdevices, such as accelerometers, pressure sensors, and inkjet heads. Strain sensors measure mechanical deformation and could be used in many structural components, improving safety, controls, and manufacturing tolerances. This thesis examines major strain sensing techniques and highlights both advantages and disadvantages of each. MEMS resonant strain gauges are identified to have superior performance over many traditional strain gauges in terms of sensitivity...

High-Q Aluminum Nitride RF MEMS Lamb Wave Resonators and Narrowband Filters

Ernest Ting-Ta Yen
Albert P. Pisano
Clark T.-C. Nguyen
Liwei Lin
Richard M. White
2012

The increasing demands for higher performance, advanced wireless and mobile communication systems have continuously driven device innovations and system improvements. In order to reduce power consumption and integration complexity, radio frequency (RF) microelectromechanical systems (MEMS) resonators and filters have been considered as direct replacements for off-chip passive components. In this dissertation, a new radio architecture for direct channel selection is explored. The primary elements in this new architecture include a multitude of closely-spaced narrowband filters (...