Modal analysis of a leaky feeder cable modeled by a sheath helix with a perfectly conducting core / [mikrofilem]

Thesis (PhD) - University of Connecticut, 1984

Bibliographic Details
Main Author: 401507 Valerio, Clement Victor
Format:
Subjects:
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author 401507 Valerio, Clement Victor
author_facet 401507 Valerio, Clement Victor
author_sort 401507 Valerio, Clement Victor
collection OCEAN
description Thesis (PhD) - University of Connecticut, 1984
first_indexed 2024-03-05T04:27:53Z
format
id KOHA-OAI-TEST:319424
institution Universiti Teknologi Malaysia - OCEAN
last_indexed 2024-03-05T04:27:53Z
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spelling KOHA-OAI-TEST:3194242020-12-19T17:10:45ZModal analysis of a leaky feeder cable modeled by a sheath helix with a perfectly conducting core / [mikrofilem] 401507 Valerio, Clement Victor Thesis (PhD) - University of Connecticut, 1984PSZJBLElectric cable sheathingElectric cablesTelecommunication systems
spellingShingle Electric cable sheathing
Electric cables
Telecommunication systems
401507 Valerio, Clement Victor
Modal analysis of a leaky feeder cable modeled by a sheath helix with a perfectly conducting core / [mikrofilem]
title Modal analysis of a leaky feeder cable modeled by a sheath helix with a perfectly conducting core / [mikrofilem]
title_full Modal analysis of a leaky feeder cable modeled by a sheath helix with a perfectly conducting core / [mikrofilem]
title_fullStr Modal analysis of a leaky feeder cable modeled by a sheath helix with a perfectly conducting core / [mikrofilem]
title_full_unstemmed Modal analysis of a leaky feeder cable modeled by a sheath helix with a perfectly conducting core / [mikrofilem]
title_short Modal analysis of a leaky feeder cable modeled by a sheath helix with a perfectly conducting core / [mikrofilem]
title_sort modal analysis of a leaky feeder cable modeled by a sheath helix with a perfectly conducting core mikrofilem
topic Electric cable sheathing
Electric cables
Telecommunication systems
work_keys_str_mv AT 401507valerioclementvictor modalanalysisofaleakyfeedercablemodeledbyasheathhelixwithaperfectlyconductingcoremikrofilem