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Review of electromagnetic theory; General cylindrical waveguides, mode orthogonality, power flow; Numerical technique for analyzing general shape waveguides; Vector wave function and dyadic Green's function of a waveguide; Inhomogeneously filled waveguide and mode orthogonality; Probe excitation, input
21 Jun 2013
12 Aug 2014 Introduction to Guided Wave Inspection Theory and Technology. 1. “Introduction to Guided Wave Inspection Theory and Technology" Presented by: Nicholas Bublitz- Global Product Support Specialist; 2. Introduction • Today's inspection challenges are becoming more and more focused on productivity
Abstract: The distraction of a plane light wave incident obliquely upon an isotropic dielectric layer traversed Iongitudinally by an acoustic microwave is examined by means of a guided-wave approach. In addition to a considerable amount of physical insight, this approach provides a wide range of techniques that have
13 Jan 1976 In a stratified wave guiding system the propagation of electromagnetic waves is usually described by the use of modes. This method however involves summations which are a formidable task if many modes are excited and attenuated equally. A new theoretical method using path integrals is applied to this
There are many forms of structure for the guiding of electromagnetic waves. A review of these forms is given by Barlow (1964). He describes the well established parallel-wire and coaxial lines, and hollow uniform waveguides. He also considers waveguides containing solid materials and gaseous plasmas, and beam and
Guided-Wave. Theory of Light. Diffraction by Acoustic. Microwaves. RUEY-SHI CHU, MEMBER, IEEE, AND THEODOR. TAMIR,. SENIOR MEMBER, IEEE. Ab.vtract-The distraction of a plane light wave incident obiiquely upon an isotropic dielectric layer traversed Iongitudinaiiy by an acoustic microwave is examined by
Semi-Analytical Finite Element Modeling. Funded by: National Science Foundation; Department of Transportation/Federal Railroad Administration; Air Force Office of Scientific Research; Office of Naval Research. Global-Local Modeling. Funded by: Air Force Office of Scientific Research; Office of Naval Research; Los
This Webinar includes an introduction to Guided Wave Inspection Theory and Technology. Attendees will learn about the powerful benefits of this solution and its advantages and limitations for pipe inspection as a screening tool and part of an overall NDT program. The basic steps of performing Guided Wave in the field
Guided Wave testing (GWT) is one of latest methods in the field of non-destructive evaluation. The method employs mechanical stress waves that propagate along an elongated structure while guided by its boundaries. This allows the waves to travel a long distance with little loss in energy. Nowadays, GWT is widely used to
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