\ifthenelse{\equal{IJMPB}{\TschStyle}}{% 
%
\begin{table}[htbp] 
\tbl{The calculation of 
     the effective thermal conductivity 
     $\lambda_{\mbox{\scriptsize\rm eff}} = \lambda/ ( \varrho\cdot c_v )$
     of the air and its gaseous components
     for the current 
     ${\rm CO}_2$ concentration ($0.06\,{\rm Mass}\,\%$)
     and for a \textbf{fictitiously doubled} 
     ${\rm CO}_2$ concentration ($0.12\,{\rm Mass}\,\%$) 
     at normal pressure ($101.325\,{\rm kPa}$) }
{
\begin{tabular}{@{}cccccccc@{}} \Hline 
\\[-1.8ex] 
Gas            & $x_m$                  
               & $M_r$                                                                  
               & $c_p$                   
               & $c_v$   
               & $\varrho$               
               & $\lambda$              
               & $\lambda_{\mbox{\scriptsize\rm eff}}$ 
\\ 
               & $[{\rm Mass}\,\%]$ 
               & $[{\rm g}/{\rm mol}]$ 
               & $[{\rm J}/{\rm kg\,K}]$ 
               & $[{\rm J}/{\rm kg\,K}]$                      
               & $[{\rm kg}/{\rm m}^3]$ 
               & $[{\rm Js}/{\rm mK}]$     
               & $[{\rm m}^2/{\rm s}]$  
\\[0.8ex]
\hline 
\\[-1.8ex] 
${\rm N}_2$    & \phantom{0}75.52          
               & 28.01                  
               & \phantom{}1039                     
               & \phantom{0}742                       
               & 1.1489                 
               & 0.0259\phantom{0}                
               & $3.038\phantom{0} \cdot 10^{-5}$                 
\\
${\rm O}_2$    & \phantom{0}23.14          
               & 32.00                  
               & \phantom{0}929                     
               & \phantom{0}659                       
               & 1.3080                 
               & 0.0262\phantom{0}                
               & $3.040\phantom{0} \cdot 10^{-5}$                 
\\
${\rm Ar}$     & \phantom{00}1.28          
               & 39.95                  
               & \phantom{0}512                     
               & \phantom{0}304                       
               & 1.6328                 
               & 0.0178\phantom{0}                
               & $3.586\phantom{0} \cdot 10^{-5}$                 
\\
${\rm CO}_2$   & \phantom{00}0.06          
               & 44.01                  
               & \phantom{0}843                     
               & \phantom{0}654                       
               & 1.7989                 
               & 0.0167\phantom{0}                
               & $1.427\phantom{0} \cdot 10^{-5}$                 
\\[0.8ex]
\hline 
\\[-1.8ex] 
${\rm Air}$    & \phantom{}100.00          
               & 29.10                  
               & \phantom{}1005                     
               & \phantom{0}719                       
               & 1.1923                 
               & 0.02586\phantom{}                
               & $3.0166 \cdot 10^{-5}$                 
\\[0.8ex]
\hline
% \\[-1.8ex] 
\\[0ex] 
\end{tabular}
}
{
\begin{tabular}{@{}cccccccc@{}} \Hline 
\\[-1.8ex] 
Gas            & $x_m$                  
               & $M_r$                                                                  
               & $c_p$                   
               & $c_v$   
               & $\varrho$               
               & $\lambda$              
               & $\lambda_{\mbox{\scriptsize\rm eff}}$ 
\\ 
               & $[{\rm Mass}\,\%]$ 
               & $[{\rm g}/{\rm mol}]$ 
               & $[{\rm J}/{\rm kg\,K}]$ 
               & $[{\rm J}/{\rm kg\,K}]$                      
               & $[{\rm kg}/{\rm m}^3]$ 
               & $[{\rm Js}/{\rm mK}]$     
               & $[{\rm m}^2/{\rm s}]$  
\\[0.8ex]
\hline 
\\[-1.8ex] 
${\rm N}_2$    & \phantom{0}75.52          
               & 28.01                  
               & \phantom{}1039                     
               & \phantom{0}742                       
               & 1.1489                 
               & 0.0259\phantom{0}                
               & $3.038\phantom{0} \cdot 10^{-5}$                 
\\
${\rm O}_2$    & \phantom{0}\textbf{23.08}          
               & 32.00                  
               & \phantom{0}929                     
               & \phantom{0}659                       
               & 1.3080                 
               & 0.0262\phantom{0}                
               & $3.040\phantom{0} \cdot 10^{-5}$                 
\\
${\rm Ar}$     & \phantom{00}1.28          
               & 39.95                  
               & \phantom{0}512                     
               & \phantom{0}304                       
               & 1.6328                 
               & 0.0178\phantom{0}                
               & $3.586\phantom{0} \cdot 10^{-5}$                 
\\
${\rm CO}_2$   & \phantom{00}\textbf{0.12}          
               & 44.01                  
               & \phantom{0}843                     
               & \phantom{0}654                       
               & 1.7989                 
               & 0.0167\phantom{0}                
               & $1.427\phantom{0} \cdot 10^{-5}$                 
\\[0.8ex]
\hline 
\\[-1.8ex] 
${\rm Air}$    & \phantom{}100.00          
               & \textbf{29.10}                  
               & \phantom{}\textbf{1005}                     
               & \phantom{0}\textbf{719}                       
               & \textbf{1.1926}                 
               & \textbf{0.02585\phantom{}}                
               & $\textbf{3.0146}\phantom{} \cdot \textbf{10}^\textbf{{-5}}$                 
\\[0.8ex]
\hline
\\[-1.8ex] 
\end{tabular}
}
\label{table:PB007}
\end{table}
% 
}{}
\ifthenelse{\equal{arXivOrTeX4ht}{\TschStyles}}{% 
%
\begin{table}[htbp] 
{
\begin{center}
\vspace*{0.5cm}
\begin{tabular}{|c|c|c|c|c|c|c|c|} 
\hline 
Gas            & $x_m$                  
               & $M_r$                                                                  
               & $c_{\rm p}$                   
               & $c_{\rm v}$   
               & $\varrho$               
               & $\lambda$              
               & $a_{\rm v}$ 
\\ 
               & $[{\rm Mass}\,\%]$ 
               & $[{\rm g}/{\rm mol}]$ 
               & $[{\rm J}/{\rm kg\,K}]$ 
               & $[{\rm J}/{\rm kg\,K}]$                      
               & $[{\rm kg}/{\rm m}^3]$ 
               & $[{\rm Js}/{\rm mK}]$     
               & $[{\rm m}^2/{\rm s}]$  
\\
\hline 
${\rm N}_2$    & \phantom{0}75.52          
               & 28.01                  
               & \phantom{}1039                     
               & \phantom{0}742                       
               & 1.1489                 
               & 0.0259\phantom{0}                
               & $3.038\phantom{0} \cdot 10^{-5}$                 
\\
${\rm O}_2$    & \phantom{0}23.14          
               & 32.00                  
               & \phantom{0}929                     
               & \phantom{0}659                       
               & 1.3080                 
               & 0.0262\phantom{0}                
               & $3.040\phantom{0} \cdot 10^{-5}$                 
\\
${\rm Ar}$     & \phantom{00}1.28          
               & 39.95                  
               & \phantom{0}512                     
               & \phantom{0}304                       
               & 1.6328                 
               & 0.0178\phantom{0}                
               & $3.586\phantom{0} \cdot 10^{-5}$                 
\\
${\rm CO}_2$   & \phantom{00}0.06          
               & 44.01                  
               & \phantom{0}843                     
               & \phantom{0}654                       
               & 1.7989                 
               & 0.0167\phantom{0}                
               & $1.427\phantom{0} \cdot 10^{-5}$                 
\\
\hline 
${\rm Air}$    & \phantom{}100.00          
               & 29.10                  
               & \phantom{}1005                     
               & \phantom{0}719                       
               & 1.1923                 
               & 0.02586\phantom{}                
               & $3.0166 \cdot 10^{-5}$                 
\\
\hline
\end{tabular}
\end{center}
}
{
\begin{center}
\vspace*{0.5cm}
\begin{tabular}{|c|c|c|c|c|c|c|c|} 
\hline 
Gas            & $x_m$                  
               & $M_r$                                                                  
               & $c_{\rm p}$                   
               & $c_{\rm v}$   
               & $\varrho$               
               & $\lambda$              
               & $a_{\rm v}$ 
\\ 
               & $[{\rm Mass}\,\%]$ 
               & $[{\rm g}/{\rm mol}]$ 
               & $[{\rm J}/{\rm kg\,K}]$ 
               & $[{\rm J}/{\rm kg\,K}]$                      
               & $[{\rm kg}/{\rm m}^3]$ 
               & $[{\rm Js}/{\rm mK}]$     
               & $[{\rm m}^2/{\rm s}]$  
\\
\hline 
${\rm N}_2$    & \phantom{0}75.52          
               & 28.01                  
               & \phantom{}1039                     
               & \phantom{0}742                       
               & 1.1489                 
               & 0.0259\phantom{0}                
               & $3.038\phantom{0} \cdot 10^{-5}$                 
\\
${\rm O}_2$    & \phantom{0}{\bf 23.08}          
               & 32.00                  
               & \phantom{0}929                     
               & \phantom{0}659                       
               & 1.3080                 
               & 0.0262\phantom{0}                
               & $3.040\phantom{0} \cdot 10^{-5}$                 
\\
${\rm Ar}$     & \phantom{00}1.28          
               & 39.95                  
               & \phantom{0}512                     
               & \phantom{0}304                       
               & 1.6328                 
               & 0.0178\phantom{0}                
               & $3.586\phantom{0} \cdot 10^{-5}$                 
\\
${\rm CO}_2$   & \phantom{00}{\bf 0.12}          
               & 44.01                  
               & \phantom{0}843                     
               & \phantom{0}654                       
               & 1.7989                 
               & 0.0167\phantom{0}                
               & $1.427\phantom{0} \cdot 10^{-5}$                 
\\
\hline 
${\rm Air}$    & \phantom{}100.00          
               & {\bf 29.10}                  
               & \phantom{}{\bf 1005}                     
               & \phantom{0}{\bf 719}                       
               & {\bf 1.1926}                 
               & {\bf 0.02585\phantom{}}                
               & ${\bf 3.0146}\phantom{} \cdot {\bf 10} ^{\bf -5}$                 
\\
\hline
\end{tabular}
\end{center}
}
\caption{The calculation of 
         the isochoric thermal diffusivity 
         $a_{\rm v} = \lambda/ ( \varrho \, c_{\rm v} )$
         of the air and its gaseous components
         for the current 
         ${\rm CO}_2$ concentration ($0.06\,{\rm Mass}\,\%$)
         and for a \textbf{fictitiously doubled} 
         ${\rm CO}_2$ concentration ($0.12\,{\rm Mass}\,\%$) 
         at normal pressure ($101.325\,{\rm kPa}$) }
\label{table:PB007}
%
\vspace*{0.5cm}
%
\end{table}
% 
}{} 
