Slant path microwave propagation studies using the orbital test satellite : microwave attenuation and crosspolarisation caused by hydrometeors on an earth-satellite path are investigated in the 11GHz band, using linearly and circularly polarised OTS beacon receivers with auxiliary instrumentation

Tese de doutoramento apresentada na Postgraduate School of Electrical & Electronic Engineering, University of Bradford

Bibliographic Details
Main Author:	Alves, Artur Pimenta
Other Authors:	McEwan, N. J.
Format:	Others
Language:	English
Published:	1981
Subjects:	Teses académicas Microondas
Online Access:	http://hdl.handle.net/10216/57649

id	ndltd-up.pt-oai-repositorio-aberto.up.pt-10216-57649
record_format	oai_dc
spelling	ndltd-up.pt-oai-repositorio-aberto.up.pt-10216-576492019-05-16T02:53:51Z Slant path microwave propagation studies using the orbital test satellite : microwave attenuation and crosspolarisation caused by hydrometeors on an earth-satellite path are investigated in the 11GHz band, using linearly and circularly polarised OTS beacon receivers with auxiliary instrumentation Alves, Artur Pimenta McEwan, N. J. University of Bradford. Postgraduate School of Electrical and Electronic Egineering Teses académicas Microondas Tese de doutoramento apresentada na Postgraduate School of Electrical & Electronic Engineering, University of Bradford 1981 2013-01-05T00:11:41Z 2013-01-05T00:11:41Z 1981 Tese oai:digitool.fe.up.pt:53800 http://hdl.handle.net/10216/57649 eng FEUP SDI RiFEUP openAccess 388, [11] f., 30 cm application/pdf application/pdf
collection	NDLTD
language	English
format	Others
sources	NDLTD
topic	Teses académicas Microondas
spellingShingle	Teses académicas Microondas Alves, Artur Pimenta Slant path microwave propagation studies using the orbital test satellite : microwave attenuation and crosspolarisation caused by hydrometeors on an earth-satellite path are investigated in the 11GHz band, using linearly and circularly polarised OTS beacon receivers with auxiliary instrumentation
description	Tese de doutoramento apresentada na Postgraduate School of Electrical & Electronic Engineering, University of Bradford
author2	McEwan, N. J.
author_facet	McEwan, N. J. Alves, Artur Pimenta
author	Alves, Artur Pimenta
author_sort	Alves, Artur Pimenta
title	Slant path microwave propagation studies using the orbital test satellite : microwave attenuation and crosspolarisation caused by hydrometeors on an earth-satellite path are investigated in the 11GHz band, using linearly and circularly polarised OTS beacon receivers with auxiliary instrumentation
title_short	Slant path microwave propagation studies using the orbital test satellite : microwave attenuation and crosspolarisation caused by hydrometeors on an earth-satellite path are investigated in the 11GHz band, using linearly and circularly polarised OTS beacon receivers with auxiliary instrumentation
title_full	Slant path microwave propagation studies using the orbital test satellite : microwave attenuation and crosspolarisation caused by hydrometeors on an earth-satellite path are investigated in the 11GHz band, using linearly and circularly polarised OTS beacon receivers with auxiliary instrumentation
title_fullStr	Slant path microwave propagation studies using the orbital test satellite : microwave attenuation and crosspolarisation caused by hydrometeors on an earth-satellite path are investigated in the 11GHz band, using linearly and circularly polarised OTS beacon receivers with auxiliary instrumentation
title_full_unstemmed	Slant path microwave propagation studies using the orbital test satellite : microwave attenuation and crosspolarisation caused by hydrometeors on an earth-satellite path are investigated in the 11GHz band, using linearly and circularly polarised OTS beacon receivers with auxiliary instrumentation
title_sort	slant path microwave propagation studies using the orbital test satellite : microwave attenuation and crosspolarisation caused by hydrometeors on an earth-satellite path are investigated in the 11ghz band, using linearly and circularly polarised ots beacon receivers with auxiliary instrumentation
publishDate	1981
url	http://hdl.handle.net/10216/57649
work_keys_str_mv	AT alvesarturpimenta slantpathmicrowavepropagationstudiesusingtheorbitaltestsatellitemicrowaveattenuationandcrosspolarisationcausedbyhydrometeorsonanearthsatellitepathareinvestigatedinthe11ghzbandusinglinearlyandcircularlypolarisedotsbeaconreceiverswithauxiliaryinstrumentatio
_version_	1719183093492875264

Slant path microwave propagation studies using the orbital test satellite : microwave attenuation and crosspolarisation caused by hydrometeors on an earth-satellite path are investigated in the 11GHz band, using linearly and circularly polarised OTS beacon receivers with auxiliary instrumentation

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