For the purchase of components needed to build a second beam-line on our cluster deposition surface analytical apparatus
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
- N000141612608
Entities
People
- Kit H Bowen
Organizations
- Johns Hopkins University
- Office of Naval Research
- United States Navy