Radio-Frequency Microfluidic Interferometer in Printed Circuit Board Process

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Shiul Khadka and Dr. Brian Mazzeo, Department of Electrical and Computer Engineering Abstract In this project, we developed a process to integrate microfluidic channels on standard radio- frequency (RF) A 10.56 GHz RF microstrip interferometer was fabricated using the proposed technique and used to compare electrical responses for liquids with various dielectric properties and thereby […]

Using Photolithographically-Produced Micro-Channels with Controlled Pores to Create a Bacteria Filter for Blood

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Sara Ehlert and Dr. Aaron Hawkins, Department of Electrical Engineering The importance of blood to humans cannot be understated. Its important functions include transporting oxygen and nutrients around the body, preventing blood loss, fighting infection, carrying antibodies to fight infection, delivering waste products to the kidneys and liver to be removed from the body, and […]