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Performance test parameters of remote sensing for identification burned area using Landsat-8

Author:
Wiweka
,
Suwarsono
,
Nugroho, J.T.
,
Arifin, S.
Publisher:
IEEE
Year
: 2014
DOI: 10.1109/ITHERM.2014.6892317
URI: http://libsearch.um.ac.ir:80/fum/handle/fum/1085818
Keyword(s): boiling,n confined flow,n coolants,n flow instability,n flow visualisation,n heat sinks,n heat transfer,n microfluidics,n two-phase flow,n coolant flow rate,n deionized water mass flux,n depth 200 mum,n depth 300 mum,n flow boiling characteristics,n flow boiling instability reduction,n flow reversal,n flow visualization,n heat transfer,n heat transfer capability,n microgap configuration,n pressure drop,n temperature uniformity,n t
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    Performance test parameters of remote sensing for identification burned area using Landsat-8

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contributor authorWiweka
contributor authorSuwarsono
contributor authorNugroho, J.T.
contributor authorArifin, S.
date accessioned2020-03-12T22:31:20Z
date available2020-03-12T22:31:20Z
date issued2014
identifier other7013156.pdf
identifier urihttp://libsearch.um.ac.ir:80/fum/handle/fum/1085818
formatgeneral
languageEnglish
publisherIEEE
titlePerformance test parameters of remote sensing for identification burned area using Landsat-8
typeConference Paper
contenttypeMetadata Only
identifier padid8223365
subject keywordsboiling
subject keywordsn confined flow
subject keywordsn coolants
subject keywordsn flow instability
subject keywordsn flow visualisation
subject keywordsn heat sinks
subject keywordsn heat transfer
subject keywordsn microfluidics
subject keywordsn two-phase flow
subject keywordsn coolant flow rate
subject keywordsn deionized water mass flux
subject keywordsn depth 200 mum
subject keywordsn depth 300 mum
subject keywordsn flow boiling characteristics
subject keywordsn flow boiling instability reduction
subject keywordsn flow reversal
subject keywordsn flow visualization
subject keywordsn heat transfer
subject keywordsn heat transfer capability
subject keywordsn microgap configuration
subject keywordsn pressure drop
subject keywordsn temperature uniformity
subject keywordsn t
identifier doi10.1109/ITHERM.2014.6892317
journal titleCT For Smart Society (ICISS), 2014 International Conference on
filesize3935145
citations0
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