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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 />

208

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