Numerical and experimental analysis of the performance of a reduced surface stirrer for reverberation chambers

The paper presents the numerical and experimental analysis carried out to check the performance of a way to reduce blade surface in mechanical stirring. In particular, the stirrer efficiency is quantified in terms of statistical independent positions, working volume field uniformity and Rician K-fac...

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Published in2012 IEEE International Symposium on Electromagnetic Compatibility pp. 156 - 161
Main Authors Bosco, G., Picciani, C., Primiani, V. M., Moglie, F.
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.08.2012
Subjects
Aluminum
Blades
Computational modeling
Geometry
Plastics
Shape
Time domain analysis
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ISBN9781467320610
1467320617
ISSN2158-110X
DOI10.1109/ISEMC.2012.6351792

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Abstract The paper presents the numerical and experimental analysis carried out to check the performance of a way to reduce blade surface in mechanical stirring. In particular, the stirrer efficiency is quantified in terms of statistical independent positions, working volume field uniformity and Rician K-factor. The adopted numerical code reveals to be very reliable, compared to measurements, resulting in a powerful design tool.
AbstractList The paper presents the numerical and experimental analysis carried out to check the performance of a way to reduce blade surface in mechanical stirring. In particular, the stirrer efficiency is quantified in terms of statistical independent positions, working volume field uniformity and Rician K-factor. The adopted numerical code reveals to be very reliable, compared to measurements, resulting in a powerful design tool.
Author Bosco, G.
Moglie, F.
Primiani, V. M.
Picciani, C.
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  surname: Moglie
  fullname: Moglie, F.
  email: f.moglie@univpm.it
  organization: DII, Univ. Politec. delle Marche, Ancona, Italy
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Snippet The paper presents the numerical and experimental analysis carried out to check the performance of a way to reduce blade surface in mechanical stirring. In...
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StartPage 156
SubjectTerms Aluminum
Blades
Computational modeling
Geometry
Plastics
Shape
Time domain analysis
Title Numerical and experimental analysis of the performance of a reduced surface stirrer for reverberation chambers
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