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\begin{document}

\sffamily

\LARGE

\centering

{\color{textgr}


\title
{\vspace*{-0.1\textheight}
 \Huge
  Termografick� zji��ov�n� tepeln�ch vlastnost� budov in vivo \\
  ~ \\
 (zji��ov�n� emisivit a tepeln�ch tok� pomoc� termokamery)}
\author{\color{white} \LARGE 
Jan Hollan
\\[5mm]
\color{white} \LARGE VUT v~Brn�, FAST, �stav technologie stavebn�ch hmot a~d�lc�
}
\date{\LARGE
2004}

\maketitle


\newpage


\inh{konvice_22_92.png}

N�lepka m� efektivn� teplotu 92.7\degC{}, konvice u n� 29\degC{},
odr�ej�c� se okol� 17.5\degC{}.

$e = (T_{efektivn�}^4 - T_{okol�}^4) / (T_{objekt}^4 - T_{okol�}^4) $

N�lepka 0.90, nerez konvice 0.10

\newpage

\inh{sklo.png}
\inh{hard.png}

Nebe 0.5\degC, sklo 0.85 p�i 16.5\degC{} (m��. 14,2\degC, 
tvrd� vrstva p�i 16.0\degC{} (m��. 3.6\degC) 0.19

\newpage

\inh{0990.png}
\inh{0991.png}

\centerline{\inh{0995.png}}

Rozsah efektivn�ch teplot 3.8\degC{} a� 8.8\degC, st�edn� teplota oken 6.5\degC


\newpage


\inh{1001.png}
\inh{1002.png}

Rozsah efektivn�ch teplot 3.8\degC{} a� 8.8\degC{}, resp. 2.3\degC{} a� 7.3\degC 

Skla star�ch oken o 3.5~K teplej�� ne� sklo v rovnov�ze s okol�m

\newpage


\inh{1004.png}
\inh{1005.png}

\inh{1006.png}
\inh{1007.png}

2.8\degC{} a� 6.8\degC, st�edy skel o 1.2~K teplej��

\newpage 

\inh{1014_15_25c.png}
\inh{1014_15_25.png}

15\degC{} a� 25\degC{}

\newpage 


\end{document}

Toky energie 
kolem
n�s, pl�tv�n� a klima, sam� b�l� noci, cesty k n�prav�. Nechcete se
p�idat?
