A 7090 CODE FOR THE CALCULATION OF ELECTROMAGNETIC BLACKOUT FOLLOWING A HIGH ALTITUDE NUCLEAR DETONATION

A 7090 CODE FOR THE CALCULATION OF ELECTROMAGNETIC BLACKOUT FOLLOWING A HIGH ALTITUDE NUCLEAR DETONATION

This program computes the electron conc ntration and resulting electromagnetic absorption, as functions of time, altitude, a d range, for specified detonation and debris histories. The computation includes initial ionization due to x-rays, gamma rays, neutrons and debris, as wellAS DELAY D IONI ATIO...

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Hauptverfasser: FISCHER,P G, HENDRICK,R W JR, CHRISTIAN,R H
Format: Report
Sprache:eng
Schlagworte:
COMPUTER PROGRAMMING
DIGITAL COMPUTERS
ELECTROMAGNETIC RADIATION
ELECTRONS
IBM 7090 COMPUTERS
IONOSPHERE
RADAR INTERFERENCE
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creator FISCHER,P G
HENDRICK,R W JR
CHRISTIAN,R H
description This program computes the electron conc ntration and resulting electromagnetic absorption, as functions of time, altitude, a d range, for specified detonation and debris histories. The computation includes initial ionization due to x-rays, gamma rays, neutrons and debris, as wellAS DELAY D IONI ATION DUE TO THE CONTINUING BETA AND GAMMA RADIATION FROM THE DEBRIS. It compu e the transient recombination and quasiequilibrium solutions for el ctron concentra io and he incremental E. M. wave absorption (decibels/kilometer) a the required altitudes for up to three specified . wave frequenci s From thes , th altitudes of sp cific electron concentration contours are interpolated and th one-way vertical absorp ion is obtained by trapezoidal integration. (A UTHOR)
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The computation includes initial ionization due to x-rays, gamma rays, neutrons and debris, as wellAS DELAY D IONI ATION DUE TO THE CONTINUING BETA AND GAMMA RADIATION FROM THE DEBRIS. It compu e the transient recombination and quasiequilibrium solutions for el ctron concentra io and he incremental E. M. wave absorption (decibels/kilometer) a the required altitudes for up to three specified . wave frequenci s From thes , th altitudes of sp cific electron concentration contours are interpolated and th one-way vertical absorp ion is obtained by trapezoidal integration. 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The computation includes initial ionization due to x-rays, gamma rays, neutrons and debris, as wellAS DELAY D IONI ATION DUE TO THE CONTINUING BETA AND GAMMA RADIATION FROM THE DEBRIS. It compu e the transient recombination and quasiequilibrium solutions for el ctron concentra io and he incremental E. M. wave absorption (decibels/kilometer) a the required altitudes for up to three specified . wave frequenci s From thes , th altitudes of sp cific electron concentration contours are interpolated and th one-way vertical absorp ion is obtained by trapezoidal integration. (A UTHOR)</abstract><oa>free_for_read</oa></addata></record>
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source DTIC Technical Reports
subjects COMPUTER PROGRAMMING
DIGITAL COMPUTERS
ELECTROMAGNETIC RADIATION
ELECTRONS
IBM 7090 COMPUTERS
IONOSPHERE
RADAR INTERFERENCE
title A 7090 CODE FOR THE CALCULATION OF ELECTROMAGNETIC BLACKOUT FOLLOWING A HIGH ALTITUDE NUCLEAR DETONATION
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