images

$\includegraphics[width=7cm] {../figures_98/hilmi_epil3D.ps}$

Exemples d'images prises avec ces nouveaux procédés

$\begin{figure} \centerline{\hbox{ \psfig{figure=../figures_98/cu_tbrain.ps,width... ...,width=5cm} \psfig{figure=../figures_98/ton2_tbrain.ps,width=5cm} }}\end{figure}$

$\hbox{\psfig{figure=../figures_98/theo_vue3Dsysven_a.ps,width=6cm}}$	$\hbox{\psfig{figure=../figures_98/theo_vue3Dnoyaux_a.ps,width=6cm}}$
$\hbox{\psfig{figure=../figures_98/theo_vue3Dsysven.ps,width=6cm}}$	$\hbox{\psfig{figure=../figures_98/theo_vue3Dnoyaux.ps,width=6cm}}$

$\begin{figure} \centering \centerline{\hbox{\epsfig{file=../figures_98/cyril_reacdif.ps,width=15cm}}} \vspace{-4mm} \end{figure}$


$\epsfig{figure=../figures_98/aymeric_imBrain.ps,width=4cm}$	$\epsfig{figure=../figures_98/aymeric_imLpeGrad.ps,width=4cm}$	$\epsfig{figure=../figures_98/aymeric_imLpe200.ps,width=4cm}$
(a)	(b)	(c)
$\epsfig{figure=../figures_98/aymeric_imLpe400.ps,width=4cm}$	$\epsfig{figure=../figures_98/aymeric_imVentr.ps,width=4cm}$	$\epsfig{figure=../figures_98/aymeric_imCaud.ps,width=4cm}$
(d)	(e)	(f)