Accession Number : ADA187535
Title : A Dynamic Analysis of the Parallel-Plate EMP (Electromagnetic Pulse) Simulator Using a Wire Mesh Approximation and the Numerical Electromagnetics Code.
Descriptive Note : Final rept.,
Corporate Author : CONSTRUCTION ENGINEERING RESEARCH LAB (ARMY) CHAMPAIGN IL
Personal Author(s) : Gedney, Stephen D
PDF Url : ADA187535
Report Date : Sep 1987
Pagination or Media Count : 166
Abstract : The Electromagnetic Pulse (EMP) produced by a high-altitude nuclear blast presents a severe threat to electronic systems due to its extreme characteristics. To test the vulnerability of large systems, such as airplanes, missiles, or satellites, they must be subjected to a simulated EMP environment. One type of simulator that has been used to approximate the EMP environment is the Large Parallel-Plate Bounded-Wave Simulator. It is a guided wave simulator which has properties of transmission line and supports a single TEM model at sufficiently low frequencies. This type of simulator consists of finite-width parallel-plate waveguides, which are excited by a wave launcher and terminated by a wave receptor. This study addresses the field distribution within a finite-width parallel-plate waveguide that is matched to a conical tapered waveguide at either end. Characteristics of a parallel-plate bounded-wave EMP simulator were developed using scattering theory, thin-wire mesh approximation of the conducting surfaces, and the Numerical Electronics Code (NEC). Background is provided for readers to use the NEC as a tool in solving thin-wire scattering problems.
Descriptors : *ELECTROMAGNETIC PULSES, *ELECTROMAGNETIC SCATTERING, *ELECTROMAGNETIC PULSE SIMULATORS, AIRCRAFT, BLAST, CODING, CONICAL BODIES, DISTRIBUTION, ELECTROMAGNETIC ENVIRONMENTS, ELECTROMAGNETIC FIELDS, ELECTRONIC EQUIPMENT, ELECTRONICS, HIGH ALTITUDE, HIGH RATE, INTENSITY, LAUNCHERS, LOW FREQUENCY, MESH, NUCLEAR EXPLOSIONS, NUMERICAL ANALYSIS, SCATTERING, SIMULATION, SIMULATORS, TAPER, THEORY, THREATS, TRANSMISSION LINES, VULNERABILITY, WAVEGUIDES, WIRE, FLAT PLATE MODELS, PARALLEL ORIENTATION
Subject Categories : Electromagnetic Pulses
Test Facilities, Equipment and Methods
Distribution Statement : APPROVED FOR PUBLIC RELEASE