Electromagnetic Materials and their Measurement: RAM, Radome, and RAS
This three day course introduces the physical concepts that govern electromagnetic materials, composites, and metamaterials. This physics is then applied in lectures and hands-on laboratory demonstrations to introduce students to a variety of concepts, including: material measurement principles and techniques, measurement equipment and software, and procedures necessary to generate application-oriented material property databases. The three days are split approximately 50:50 between lecture and laboratory.
There are no available sections for this course. Please check back later.
Some basic knowledge in electromagnetics and/or material engineering and/or electromagnetic measurements
Who Should Attend
Technical professionals and technical managers whose job requires knowledge in the areas of: radar absorbers, radomes, ceramics, circuit substrates, magnetic materials for phase shifters, isolators, etc., food packaging, medical electromagnetic thermography and treatment.
How You Will Benefit
Introduce the student to fundamental physics common to electromagnetic material utilization and measurement
Introduce the student to electromagnetic fundamentals of transmission lines, cascade networks, and resonant cavities
Provide the student with supervised “hands on” experience with various modeling and measurement software
Demonstrate to the student electromagnetic material design principles
Provide students with a supervised “hands on” experience in measurement of magnetic and dielectric materials
Lecture: Introduction to dielectric and magnetic materials and their composites
Lecture: Scattering by dielectric and magnetic materials: fundamentals to applications
Laboratory Demonstration 1: Network analyzer measurements; reflection and transmission
Laboratory Demonstration 2: Homogeneous material measurements
Lecture: Design of metamaterials, inhomogeneous materials, and measurement
Lecture: Free space measurement - introduction and advanced applications for inhomogeneous materials
Lecture: Low frequency measurement techniques
Lecture: Supporting measurements (TEM, SEM, EDXRA, magnetization)
Hands-on Laboratories: Focused beam (constitutive parameter and scattering measurements), cavities, coaxial transmission line, and waveguide
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