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Wearable Ionizing Radiation Detector for General Populations

Details

Project TitleWearable Ionizing Radiation Detector for General Populations
Track Code5510
Short Description

Conducting fibers are produced and integrated into devices to provide the first real-time, portable, wearable and inexpensive signaling of radiation exposure at threshold levels relevant for warning of danger to humans.

Abstract

The fibers are made by electrospinning solutions of a fiber-forming polymer and a conducting polymer (PEDOT:PSS). They can be integrated into circuits by spinning across electrodes patterned on chips, or incorporating as yarns in place of wires on 'breadboard' circuits. Conductivity of the fibers decreases with exposure to ionizing radiation, and the change in conductivity triggers a signal such as a light, sound or vibration indicating radiation exposure.

 

Potential Applications

  • Personal radiation detector can be integrated into clothing, jewelry, or personal electronic devices to monitor radiation for hospitals, doctor's offices, laboratories, nuclear power plants, homeland security, etc.

 

Advantages

  • Real-time measurement and warning
  • Portable
  • Low cost
  • Can tie into sensing networks
 
TagsFibers-materials, materials, physical science, polymers, sensors
 
Posted DateJan 31, 2013 3:12 PM

Researcher

Name
Daehwan Cho
Chae Un Kim
Margaret Frey
Sanggap Lee
Nikolas Hoepker
Mark Tate

Additional Information

 

Licensing Contact

Jeff Fearn
607-254-4502
jcf55@cornell.edu