NEUP CINR-21-24633: Wirelessly Powered Sensing Platform to Interrogate and Report Spent Nuclear Fuel Dry Storage Canister Conditions

The proposed research will develop a proof-of-concept sensing platform that may be integrated into a wide variety of DSC designs to measure gas composition (oxygen, hydrogen, water vapor, Xe, and Kr) and radiation spectra (in addition to internal pressures and external temperatures). Computational and experimental methods will be used to develop and optimize magnetic-resonance sources that will provide power to the internal platform and transmit data wirelessly through the DSC wall.

Additional Info

Field	Value
Awarded Institution	University of Nevada, Reno
PI	Mustafa Hadj Nacer