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<!-- DOI: 10.1051/0004-6361/200913772 -->

<h2 class="sec">Online Material</h2>

<p></p><div class="inset-old">
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<tr><td><!-- init Label --><A NAME="8500K_Mg_Al_Si_P"></A><!-- end Label--><A NAME="767"></A><A NAME="figure499" HREF="img49.png"><IMG SRC="Timg49.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig9.eps}\end{figure}" HEIGHT="120" WIDTH="168"></A><!-- HTML Figure number: 9 -->
</td>
<td class="img-txt"><span class="bold">Figure 9:</span><p>
Bi-dimensional stratification of Mg, Al, Si, and P for a 
<!-- MATH: $T_{\rm
eff}=8500$ -->
<IMG SRC="img1.png" ALT="$T_{\rm eff}=8500$" ALIGN="MIDDLE" BORDER="0" HEIGHT="26" WIDTH="68">&nbsp;K  model. Abundances (expressed in 
<!-- MATH: $\log{({N_X}/{N_H})}+12$ -->
<IMG SRC="img34.png" ALT="$\log{({N_X}/{N_H})}+12$" ALIGN="MIDDLE" BORDER="0" HEIGHT="26" WIDTH="103">)
are
shown on a gray-scale: the <i>y</i>-axis indicates the layer number (the corresponding 
depth in the atmosphere can be taken from Fig.&nbsp;<a href="/articles/aa/full_html/2010/08/aa13772-09/aa13772-09.html#tau_layers">1</a>, the bottom 
axis the position along the magnetic meridian, counted from the magnetic 
pole (0&nbsp;<IMG SRC="img3.png" ALT="$^\circ $" align="bottom" BORDER="0" HEIGHT="14" WIDTH="9">)
with 20&nbsp;kG towards the equator (90&nbsp;<IMG SRC="img3.png" ALT="$^\circ $" align="bottom" BORDER="0" HEIGHT="14" WIDTH="9">). The vertical 
bar (at about 62&nbsp;<IMG SRC="img3.png" ALT="$^\circ $" align="bottom" BORDER="0" HEIGHT="14" WIDTH="9">)
visualises the grey level corresponding to the 
solar abundance of Fe (given in brackets beside the name of the element). 
The scaling of the grey levels is such that abundances lower than 10<sup>-3</sup> 
time the solar value are white, and abundances greater than 10<sup>4</sup> time the 
solar value are black.
</td>
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<tr><td><!-- init Label --><A NAME="8500K_Ca_Ti_V_Cr"></A><!-- end Label--><A NAME="715"></A><A NAME="figure510" HREF="img50.png"><IMG SRC="Timg50.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig10.eps}\end{figure}" HEIGHT="121" WIDTH="168"></A><!-- HTML Figure number: 10 -->
</td>
<td class="img-txt"><span class="bold">Figure 10:</span><p>
 Bi-dimensional stratification of Ca, Ti, V, and Cr for a 
<!-- MATH: $T_{\rm
eff}=8500$ -->
<IMG SRC="img1.png" ALT="$T_{\rm eff}=8500$" ALIGN="MIDDLE" BORDER="0" HEIGHT="26" WIDTH="68">&nbsp;K  model. Same annotations as in Fig.&nbsp;<a href="/articles/aa/full_html/2010/08/aa13772-09/aa13772-09.html#8500K_Mg_Al_Si_P">9</a>.
</td>
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<p></p><div class="inset-old">
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<tr><td><!-- init Label --><A NAME="8500K_Mn_Fe_Co_Ni"></A><!-- end Label--><A NAME="716"></A><A NAME="figure517" HREF="img51.png"><IMG SRC="Timg51.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig11.eps}\end{figure}" HEIGHT="118" WIDTH="165"></A><!-- HTML Figure number: 11 -->
</td>
<td class="img-txt"><span class="bold">Figure 11:</span><p>
 Bi-dimensional stratification of Mn, Fe, Co, and Ni for a 
<!-- MATH: $T_{\rm
eff}=8500$ -->
<IMG SRC="img1.png" ALT="$T_{\rm eff}=8500$" ALIGN="MIDDLE" BORDER="0" HEIGHT="26" WIDTH="68">&nbsp;K  model. Same annotations as in Fig.&nbsp;<a href="/articles/aa/full_html/2010/08/aa13772-09/aa13772-09.html#8500K_Mg_Al_Si_P">9</a>.
</td>
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<p></p><div class="inset-old">
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<tr><td><!-- init Label --><A NAME="8500K_Cu_Zn_Ga_Hg"></A><!-- end Label--><A NAME="717"></A><A NAME="figure524" HREF="img52.png"><IMG SRC="Timg52.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig12.eps}\end{figure}" HEIGHT="122" WIDTH="169"></A><!-- HTML Figure number: 12 -->
</td>
<td class="img-txt"><span class="bold">Figure 12:</span><p>
Bi-dimensional stratification of Cu, Zn, Ga, and Hg for a 
<!-- MATH: $T_{\rm
eff}=8500$ -->
<IMG SRC="img1.png" ALT="$T_{\rm eff}=8500$" ALIGN="MIDDLE" BORDER="0" HEIGHT="26" WIDTH="68">&nbsp;K  model. Same annotations as in Fig.&nbsp;<a href="/articles/aa/full_html/2010/08/aa13772-09/aa13772-09.html#8500K_Mg_Al_Si_P">9</a>.
</td>
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<tr><td><!-- init Label --><A NAME="10000K_Mg_Al_Si_P"></A><!-- end Label--><A NAME="718"></A><A NAME="figure531" HREF="img54.png"><IMG SRC="Timg54.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig13.eps}\end{figure}" HEIGHT="122" WIDTH="169"></A><!-- HTML Figure number: 13 -->
</td>
<td class="img-txt"><span class="bold">Figure 13:</span><p>
 Bi-dimensional stratification of Mg, Al, Si, and P for a 
<!-- MATH: $T_{\rm
eff}=10~000$ -->
<IMG SRC="img53.png" ALT="$T_{\rm
eff}=10~000$" ALIGN="MIDDLE" BORDER="0" HEIGHT="26" WIDTH="79">&nbsp;K  model. Same annotations as in Fig.&nbsp;<a href="/articles/aa/full_html/2010/08/aa13772-09/aa13772-09.html#8500K_Mg_Al_Si_P">9</a>.
</td>
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<tr><td><!-- init Label --><A NAME="10000K_Ca_Ti_V_Cr"></A><!-- end Label--><A NAME="719"></A><A NAME="figure538" HREF="img55.png"><IMG SRC="Timg55.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig14.eps}\end{figure}" HEIGHT="122" WIDTH="169"></A><!-- HTML Figure number: 14 -->
</td>
<td class="img-txt"><span class="bold">Figure 14:</span><p>
 Bi-dimensional stratification of Ca, Ti, V, and Cr for a 
<!-- MATH: $T_{\rm
eff}=10~000$ -->
<IMG SRC="img53.png" ALT="$T_{\rm
eff}=10~000$" ALIGN="MIDDLE" BORDER="0" HEIGHT="26" WIDTH="79">&nbsp;K  model. Same annotations as in Fig.&nbsp;<a href="/articles/aa/full_html/2010/08/aa13772-09/aa13772-09.html#8500K_Mg_Al_Si_P">9</a>.
</td>
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<tr><td><!-- init Label --><A NAME="10000K_Mn_Fe_Co_Ni"></A><!-- end Label--><A NAME="720"></A><A NAME="figure545" HREF="img56.png"><IMG SRC="Timg56.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig15.eps}\end{figure}" HEIGHT="122" WIDTH="169"></A><!-- HTML Figure number: 15 -->
</td>
<td class="img-txt"><span class="bold">Figure 15:</span><p>
 Bi-dimensional stratification of Mn, Fe, Co, and Ni for a 
<!-- MATH: $T_{\rm
eff}=10~000$ -->
<IMG SRC="img53.png" ALT="$T_{\rm
eff}=10~000$" ALIGN="MIDDLE" BORDER="0" HEIGHT="26" WIDTH="79">&nbsp;K  model. Same annotations as in Fig.&nbsp;<a href="/articles/aa/full_html/2010/08/aa13772-09/aa13772-09.html#8500K_Mg_Al_Si_P">9</a>.
</td>
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<tr><td><!-- init Label --><A NAME="10000K_Cu_Zn_Ga_Hg"></A><!-- end Label--><A NAME="721"></A><A NAME="figure552" HREF="img57.png"><IMG SRC="Timg57.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig16.eps}\end{figure}" HEIGHT="122" WIDTH="169"></A><!-- HTML Figure number: 16 -->
</td>
<td class="img-txt"><span class="bold">Figure 16:</span><p>
 Bi-dimensional stratification of Cu, Zn, Ga, and Hg for a 
<!-- MATH: $T_{\rm
eff}=10~000$ -->
<IMG SRC="img53.png" ALT="$T_{\rm
eff}=10~000$" ALIGN="MIDDLE" BORDER="0" HEIGHT="26" WIDTH="79">&nbsp;K  model. Same annotations as in Fig.&nbsp;<a href="/articles/aa/full_html/2010/08/aa13772-09/aa13772-09.html#8500K_Mg_Al_Si_P">9</a>.
</td>
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<p> </p><div class="inset-old">
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<tr><td><!-- init Label --><A NAME="12000K_Mg_Al_Si_P"></A><!-- end Label--><A NAME="722"></A><A NAME="figure559" HREF="img59.png"><IMG SRC="Timg59.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig17.eps}\end{figure}" HEIGHT="122" WIDTH="169"></A><!-- HTML Figure number: 17 -->
</td>
<td class="img-txt"><span class="bold">Figure 17:</span><p>
 Bi-dimensional stratification of Mg, Al, Si, and P for a 
<!-- MATH: $T_{\rm
eff}=12~000$ -->
<IMG SRC="img58.png" ALT="$T_{\rm
eff}=12~000$" ALIGN="MIDDLE" BORDER="0" HEIGHT="26" WIDTH="78">&nbsp;K  model. Same annotations as in Fig.&nbsp;<a href="/articles/aa/full_html/2010/08/aa13772-09/aa13772-09.html#8500K_Mg_Al_Si_P">9</a>.
</td>
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<tr><td><!-- init Label --><A NAME="12000K_Ca_Ti_V_Cr"></A><!-- end Label--><A NAME="723"></A><A NAME="figure566" HREF="img60.png"><IMG SRC="Timg60.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig18.eps}\end{figure}" HEIGHT="122" WIDTH="169"></A><!-- HTML Figure number: 18 -->
</td>
<td class="img-txt"><span class="bold">Figure 18:</span><p>
 Bi-dimensional stratification of Ca, Ti, V, and Cr for a 
<!-- MATH: $T_{\rm
eff}=12~000$ -->
<IMG SRC="img58.png" ALT="$T_{\rm
eff}=12~000$" ALIGN="MIDDLE" BORDER="0" HEIGHT="26" WIDTH="78">&nbsp;K  model. Same annotations as in Fig.&nbsp;<a href="/articles/aa/full_html/2010/08/aa13772-09/aa13772-09.html#8500K_Mg_Al_Si_P">9</a>.
</td>
</tr><tr><td colspan="2"><a href="http://dexter.edpsciences.org/applet.php?pdf_id=18&DOI=10.1051/0004-6361/200913772" target="DEXTER">Open with DEXTER</a></td></tr>

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<p></p><p></p><div class="inset-old">
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<tr><td><!-- init Label --><A NAME="12000K_Mn_Fe_Co_Ni"></A><!-- end Label--><A NAME="724"></A><A NAME="figure573" HREF="img61.png"><IMG SRC="Timg61.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig19.eps}\end{figure}" HEIGHT="122" WIDTH="169"></A><!-- HTML Figure number: 19 -->
</td>
<td class="img-txt"><span class="bold">Figure 19:</span><p>
 Bi-dimensional stratification of Mn, Fe, Co, and Ni for a 
<!-- MATH: $T_{\rm
eff}=12~000$ -->
<IMG SRC="img58.png" ALT="$T_{\rm
eff}=12~000$" ALIGN="MIDDLE" BORDER="0" HEIGHT="26" WIDTH="78">&nbsp;K  model. Same annotations as in Fig.&nbsp;<a href="/articles/aa/full_html/2010/08/aa13772-09/aa13772-09.html#8500K_Mg_Al_Si_P">9</a>.
</td>
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<tr><td><!-- init Label --><A NAME="12000K_Cu_Zn_Ga_Hg"></A><!-- end Label--><A NAME="725"></A><A NAME="figure580" HREF="img62.png"><IMG SRC="Timg62.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig20.eps}\end{figure}" HEIGHT="122" WIDTH="169"></A><!-- HTML Figure number: 20 -->
</td>
<td class="img-txt"><span class="bold">Figure 20:</span><p>
 Bi-dimensional stratification of Cu, Zn, Ga, and Hg for a 
<!-- MATH: $T_{\rm
eff}=12~000$ -->
<IMG SRC="img58.png" ALT="$T_{\rm
eff}=12~000$" ALIGN="MIDDLE" BORDER="0" HEIGHT="26" WIDTH="78">&nbsp;K  model. Same annotations as in Fig.&nbsp;<a href="/articles/aa/full_html/2010/08/aa13772-09/aa13772-09.html#8500K_Mg_Al_Si_P">9</a>.
</td>
</tr><tr><td colspan="2"><a href="http://dexter.edpsciences.org/applet.php?pdf_id=20&DOI=10.1051/0004-6361/200913772" target="DEXTER">Open with DEXTER</a></td></tr>

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<tr><td><!-- init Label --><A NAME="14000K_Mg_Al_Si_P"></A><!-- end Label--><A NAME="726"></A><A NAME="figure587" HREF="img64.png"><IMG SRC="Timg64.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig21.eps}\end{figure}" HEIGHT="122" WIDTH="169"></A><!-- HTML Figure number: 21 -->
</td>
<td class="img-txt"><span class="bold">Figure 21:</span><p>
 Bi-dimensional stratification of Mg, Al, Si, and P for a 
<!-- MATH: $T_{\rm
eff}=14~000$ -->
<IMG SRC="img63.png" ALT="$T_{\rm
eff}=14~000$" ALIGN="MIDDLE" BORDER="0" HEIGHT="26" WIDTH="79">&nbsp;K  model. Same annotations as in Fig.&nbsp;<a href="/articles/aa/full_html/2010/08/aa13772-09/aa13772-09.html#8500K_Mg_Al_Si_P">9</a>.
</td>
</tr><tr><td colspan="2"><a href="http://dexter.edpsciences.org/applet.php?pdf_id=21&DOI=10.1051/0004-6361/200913772" target="DEXTER">Open with DEXTER</a></td></tr>

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<tr><td><!-- init Label --><A NAME="14000K_Ca_Ti_V_Cr"></A><!-- end Label--><A NAME="727"></A><A NAME="figure594" HREF="img65.png"><IMG SRC="Timg65.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig22.eps}\end{figure}" HEIGHT="122" WIDTH="169"></A><!-- HTML Figure number: 22 -->
</td>
<td class="img-txt"><span class="bold">Figure 22:</span><p>
 Bi-dimensional stratification of Ca, Ti, V, and Cr for a 
<!-- MATH: $T_{\rm
eff}=14~000$ -->
<IMG SRC="img63.png" ALT="$T_{\rm
eff}=14~000$" ALIGN="MIDDLE" BORDER="0" HEIGHT="26" WIDTH="79">&nbsp;K  model. Same annotations as in Fig.&nbsp;<a href="/articles/aa/full_html/2010/08/aa13772-09/aa13772-09.html#8500K_Mg_Al_Si_P">9</a>.
</td>
</tr><tr><td colspan="2"><a href="http://dexter.edpsciences.org/applet.php?pdf_id=22&DOI=10.1051/0004-6361/200913772" target="DEXTER">Open with DEXTER</a></td></tr>

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<tr><td><!-- init Label --><A NAME="14000K_Mn_Fe_Co_Ni"></A><!-- end Label--><A NAME="728"></A><A NAME="figure601" HREF="img66.png"><IMG SRC="Timg66.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig23.eps}\end{figure}" HEIGHT="122" WIDTH="169"></A><!-- HTML Figure number: 23 -->
</td>
<td class="img-txt"><span class="bold">Figure 23:</span><p>
 Bi-dimensional stratification of Mn, Fe, Co, and Ni for a 
<!-- MATH: $T_{\rm
eff}=14~000$ -->
<IMG SRC="img63.png" ALT="$T_{\rm
eff}=14~000$" ALIGN="MIDDLE" BORDER="0" HEIGHT="26" WIDTH="79">&nbsp;K  model. Same annotations as in Fig.&nbsp;<a href="/articles/aa/full_html/2010/08/aa13772-09/aa13772-09.html#8500K_Mg_Al_Si_P">9</a>.
</td>
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<tr><td><!-- init Label --><A NAME="14000K_Cu_Zn_Ga_Hg"></A><!-- end Label--><A NAME="729"></A><A NAME="figure608" HREF="img67.png"><IMG SRC="Timg67.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig24.eps}\end{figure}" HEIGHT="122" WIDTH="169"></A><!-- HTML Figure number: 24 -->
</td>
<td class="img-txt"><span class="bold">Figure 24:</span><p>
 Bi-dimensional stratification of Cu, Zn, Ga, and Hg for a 
<!-- MATH: $T_{\rm
eff}=14~000$ -->
<IMG SRC="img63.png" ALT="$T_{\rm
eff}=14~000$" ALIGN="MIDDLE" BORDER="0" HEIGHT="26" WIDTH="79">&nbsp;K  model. Same annotations as in Fig.&nbsp;<a href="/articles/aa/full_html/2010/08/aa13772-09/aa13772-09.html#8500K_Mg_Al_Si_P">9</a>.
</td>
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<tr><td><!-- init Label --><A NAME="cross_Teff_Mg_Al_Si_P"></A><!-- end Label--><A NAME="730"></A><A NAME="figure615" HREF="img69.png"><IMG SRC="Timg69.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig25.eps}\end{figure}" HEIGHT="122" WIDTH="169"></A><!-- HTML Figure number: 25 -->
</td>
<td class="img-txt"><span class="bold">Figure 25:</span><p>
1D stratifications for the zero field case and four atmospheres 
with (
<!-- MATH: $T_{\rm eff}=8500, 10000, 12~000, 14~000$ -->
<IMG SRC="img68.png" ALT="$T_{\rm eff}=8500, 10000, 12~000, 14~000$" ALIGN="MIDDLE" BORDER="0" HEIGHT="26" WIDTH="196">&nbsp;K). The heavy-grey dashed 
line indicates the initial (solar) abundance. Case for Mg, Al, Si, and P.
</td>
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<tr><td><!-- init Label --><A NAME="cross_Teff_Ca_Ti_V_Cr"></A><!-- end Label--><A NAME="731"></A><A NAME="figure621" HREF="img70.png"><IMG SRC="Timg70.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig26.eps}\end{figure}" HEIGHT="122" WIDTH="169"></A><!-- HTML Figure number: 26 -->
</td>
<td class="img-txt"><span class="bold">Figure 26:</span><p>
Same as Fig.&nbsp;<a href="/articles/aa/full_html/2010/08/aa13772-09/aa13772-09.html#cross_Teff_Mg_Al_Si_P">25</a> but for Ca, Ti, V, and Cr.
</td>
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<tr><td><!-- init Label --><A NAME="cross_Teff_Mn_Fe_Co_Ni"></A><!-- end Label--><A NAME="732"></A><A NAME="figure627" HREF="img71.png"><IMG SRC="Timg71.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig27.eps}\end{figure}" HEIGHT="123" WIDTH="169"></A><!-- HTML Figure number: 27 -->
</td>
<td class="img-txt"><span class="bold">Figure 27:</span><p>
Same as Fig.&nbsp;<a href="/articles/aa/full_html/2010/08/aa13772-09/aa13772-09.html#cross_Teff_Mg_Al_Si_P">25</a> but for Mn, Fe, Co, and Ni.
</td>
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<tr><td><!-- init Label --><A NAME="cross_Teff_Cu_Zn_Ga_Hg"></A><!-- end Label--><A NAME="733"></A><A NAME="figure633" HREF="img72.png"><IMG SRC="Timg72.png" ALT="\begin{figure}\par\includegraphics[width=15cm,clip]{13772fig28.eps}\end{figure}" HEIGHT="123" WIDTH="169"></A><!-- HTML Figure number: 28 -->
</td>
<td class="img-txt"><span class="bold">Figure 28:</span><p>
Same as Fig.&nbsp;<a href="/articles/aa/full_html/2010/08/aa13772-09/aa13772-09.html#cross_Teff_Mg_Al_Si_P">25</a> but for Cu, Zn, Ga, and Hg.
</td>
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