Electromagnetic Materials and their Measurement: RAM, Radome, and RAS

Course Description

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.

Course ID: DEF 3546P
Course Format: Classroom

Available Classroom Sections

There are no available sections for this course. Please check back later.

Prerequisites

Recommended

  • 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

Content

  • 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