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Politechniki Koszalińskiej

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Determining of thermal properties of interlayer in copper-corundum bonding using Artificial Neural Net / Zbigniew Suszyński, Mateusz Kosikowski, Piotr Majchrzak.

Autor: Współtwórca(-y): Rodzaj materiału: ArtykułArtykułJęzyk: angielski Praca zawiera:
  • International Conference IMAPS-Poland 2006 (30 ; 2006 ; Kraków, Polska). IMAPS Poland 2006
Rodzaj/forma: W: XXX International Conference IMAPS Poland Chapter 2006, Kraków, 24-27 September 2006 : proceedings / [ed. Wiesław Zaraska, Andrzej Cichocki, Dorota Szwagierczak]. - s. 377-380Streszczenie: In the paper a method of thermal parameters estimation of interlayer in copper-corundum ceramics (Al2~(O3~() bounding is presented. During experiment, a photoacoustic method was used for determining the real thermal-wave characteristics. Parameters of measurement process were defined by investigation of thermal impedance sensivity upon changes of intermediate layer thermal parameters. The theoretical characteristics were appointed with the help of 1-D heat flow thermal model. The fitting of theoretical characteristics to the measured ones was realized by artificial neural network (ANN).
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Dane z autopsji.

In the paper a method of thermal parameters estimation of interlayer in copper-corundum ceramics (Al2~(O3~() bounding is presented. During experiment, a photoacoustic method was used for determining the real thermal-wave characteristics. Parameters of measurement process were defined by investigation of thermal impedance sensivity upon changes of intermediate layer thermal parameters. The theoretical characteristics were appointed with the help of 1-D heat flow thermal model. The fitting of theoretical characteristics to the measured ones was realized by artificial neural network (ANN).

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