High Power Microwave Characterization Instrumentation for Solid-State Materials
Abstract
The proposed studies, realized through the combination of this DURIP request and present ONRfunding, are driven primarily by the desire to develop and demonstrate solid-state materials andmechanisms that can be used to counter HPM SEEs while still allowing low power radio frequencyelectromagnetic waves to transit a radome. The scope of the basic science to be studied focuses oncontrolling the transmissivity of solid-state materials above/below some microwave power densityor electric- or magnetic-field value. To meet the applied goal of the above referenced work, wewill measure/demonstrate the frequency dependent and E-field (and H-field) dependenttransmission of thin/thick films as well as measure the complex permittivity, permeability andconductivity; these values will be used as feedback mechanisms to improve the desired appliedresponse (i.e., alter the microscopic properties of the fabricated materials).
Document Details
- Document Type
- DoD Grant Award
- Publication Date
- Aug 12, 2016
- Source ID
- N000141612607
Entities
People
- Anthony N. Caruso
Organizations
- Office of Naval Research
- United States Navy
- University of Missouri System