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REAL RAY TRACING IN AN UNMAGNETIZED ABSORPTIVE IONOSPHERE.
Dan Censor, Arieh Plotkin
Department of Electrical & Computer Engineering
Research output
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Contribution to journal
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Article
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peer-review
3
Scopus citations
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Dive into the research topics of 'REAL RAY TRACING IN AN UNMAGNETIZED ABSORPTIVE IONOSPHERE.'. Together they form a unique fingerprint.
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Keyphrases
Severe Disease
100%
Collision Frequency
100%
Numerical Investigation
100%
Graves
100%
Recombination
100%
Real Space
100%
Ray Tracing
100%
Group Velocity
100%
Ray Path
100%
Absorbing Conditions
100%
Absorbing Media
100%
Machine Computation
100%
Ionosphere
100%
Complex Index of Refraction
100%
Ray Theory
100%
Heuristic Approximation
100%
Ionospheric Model
100%
Real Spacetime
100%
Complex Dispersion Relation
100%
Hamilton Equations
100%
Chapman Layer
100%
Exponential Profile
100%
Engineering
Real Space
100%
Collision Frequency
50%
Group Velocity
50%
Dispersion Relation
50%
Index of Refraction
50%
Ray Path
50%
Mathematics
Real Space
100%
Dispersion Relation
50%
Ray Theory
50%
Absorbing Medium
50%
Earth and Planetary Sciences
Group Velocity
100%
Ionospherics
100%
Physics
Group Velocity
100%