Date of Last Revision

2023-05-03 12:51:22


Chemical Engineering - Cooperative Education

Degree Name

Bachelor of Science

Date of Expected Graduation

Spring 2019


Fabrication and characterization nylon-6-MWCNT nanofiber as an electrochemical sensor to detect sodium ion concentrations specifically in sweat. Using contact angle to determine surface morphology and chronoamperometry testing to identify ideal sensor conditions, tests optimized parameters like weight percent of nylon or other polymers, carbon nanotube (CNT) isomer, and solution concentration to determine reproducibility of functional sensors. Utilizing the electric qualities of carbon nanotubes partnered with the sodium ion selectivity of calixarene treatment and polymers unique properties like flexibility and scalability create open an arena for optimizing sodium ion sensors for further development for functional prototypes. Morphology tests showed that the change in wettability does not affect sensor response. Chronoamperometry data did not show a significant difference in the means of sensors with varying dip-coat times or solution concentrations.

Research Sponsor

Dr. Chelsea Monty-Bromer

First Reader

Hanieh Ghadimi

Second Reader

Hsiao-Ying Tang



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