Advanced System for Assessing the Multi-Physical Properties of Magnetic Materials
Abstract
This proposal is to assemble a state of the art magnetic measurement facility capable of accurately assessing the multi-physical properties of magnetic materials, including magneto-hysteretic, anisotropic, magnetostrictive, thermal, and viscous properties. The proposed system will provide a state-of-the art laboratory facility that will enable the measurement and assessment of the magneto-hysteretic, anisotropic, thermal, and magnetostrictive properties of advanced magnetic materials. It will also facilitate the development of physical models that accurately predict the magnetic properties of a ferromagnetic material under a combination of these physical effects. This will allow enable physicists and engineers to better understand the magnetic behavior of advanced materials under a plethora of conditions, and to enhance the design of new applications with these materials. The proposed system will provide new research capabilities to the University of Colorado Denver and will be made available to other DoD funded institutions. The proposed system will also enhance the educational mission of the University of Colorado Denver as it will be made available to graduate level courses in Electrical Engineering and Physics that focus on advanced materials and electromagnetics research.
Document Details
- Document Type
- DoD Grant Award
- Publication Date
- Mar 03, 2017
- Source ID
- N000141712328
Entities
People
- Stephen Gedney
Organizations
- Office of Naval Research
- United States Navy
- University of California Regents