Etude par Sonde Atomique Tomographique de la formation de nano ...
Etude par Sonde Atomique Tomographique de la formation de nano ...
Etude par Sonde Atomique Tomographique de la formation de nano ...
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tel-00751814, version 1 - 14 Nov 2012<br />
Appendixes<br />
$ New ppt. phase MX (fcc_a1#01)<br />
create-new-phase fcc_a1#01 p<br />
set-precipitation-<strong>par</strong>ameter fcc_a1#01_p0 c npc<br />
set-precipitation-<strong>par</strong>ameter fcc_a1#01_p0 d Ferrite $"Ca précipite dans l'austénite"<br />
set-precipitation-<strong>par</strong>ameter fcc_a1#01_p0 i 0<br />
set-precipitation-<strong>par</strong>ameter fcc_a1#01_p0 l 1e100<br />
set-precipitation-<strong>par</strong>ameter fcc_a1#01_p0 n s g d $nucleation site = joints <strong>de</strong> grains,<br />
dislocations<br />
set-precipitation-<strong>par</strong>ameter fcc_a1#01_p0 n n t<br />
set-precipitation-<strong>par</strong>ameter fcc_a1#01_p0 n c o<br />
set-precipitation-<strong>par</strong>ameter fcc_a1#01_p0 n i y<br />
set-precipitation-<strong>par</strong>ameter fcc_a1#01_p0 n r irf<br />
set-precipitation-<strong>par</strong>ameter fcc_a1#01_p0 n a m<br />
set-precipitation-<strong>par</strong>ameter fcc_a1#01_p0 n m i<br />
set-precipitation-<strong>par</strong>ameter fcc_a1#01_p0 n t 1.0<br />
set-precipitation-<strong>par</strong>ameter fcc_a1#01_p0 n u 1.0<br />
set-precipitation-<strong>par</strong>ameter fcc_a1#01_p0 s d r ipdcf<br />
$______________________________________________________________<br />
create-global-table tabl1<br />
$ tempering<br />
add-table-entry tabl1 0 Temp_RT<br />
add-table-entry tabl1 t_heating Temp_tempering<br />
add-table-entry tabl1 t_heating+t_tempering Temp_tempering<br />
add-table-entry tabl1 t_heating+t_tempering+t_cool Temp_RT<br />
set-sim-<strong>par</strong>ameter e t_heating+t_tempering+t_cool<br />
set-sim-<strong>par</strong>ameter t t tabl1 10<br />
set-sim-<strong>par</strong>ameter s r<br />
set-sim-<strong>par</strong>ameter c w y<br />
set-sim-<strong>par</strong>ameter c o y<br />
set-sim-<strong>par</strong>ameter c d 0<br />
set-sim-<strong>par</strong>ameter u 100<br />
set-sim-<strong>par</strong>ameter r l ssprl<br />
start-precipitate-simu<strong>la</strong>tion<br />
$********************************************************************<br />
$ script with Definition GUI windows, plots...<br />
$*******************************************************************<br />
new-gui-window p1<br />
set-gui-window-property . m y<br />
set-gui-window-property . X stepvalue/3600 $ pour diviser les abcisses <strong>par</strong> 3600 (s->h)<br />
set-plot-option . s n b t$c $ add series: Temperature<br />
set-plot-option . s m -1 t$c T $ pour nommer <strong>la</strong> série<br />
set-plot-option . a x 1 t temps[h] $ change x-axis title<br />
set-plot-option . a x 1 y lin $ échelle <strong>de</strong>s abcisses: linéaire<br />
set-plot-option . a x 1 s 0..1 $ échelle <strong>de</strong>s abcisses: valeurs 0..1<br />
set-plot-option . a y 1 t T[°C] $ change y-axis title<br />
set-plot-option . l r $ <strong>de</strong>fine legend: right<br />
set-gui-window-property . m n $ Disable the GUI window manual update.<br />
update-gui-window . $ Update the GUI window<br />
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