Coating Thickness Software for Eagle µ-EDXRF Systems
Coating Thickness Software for Eagle µ-EDXRF Systems
Coating Thickness Software for Eagle µ-EDXRF Systems
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As in Figure 24, the recalibration mode to be used in the procedure is “standard”. This parameter had been<br />
defined by default in Step 2 of the three part application compilation, and will be discussed further shortly.<br />
When all standards (max 5) have been entered, the recalibration procedure may be initiated with the<br />
button.<br />
Results <strong>for</strong> this “standard” mode recalibration are annotated in the results table and also graphically<br />
displayed as shown in Figure 25.<br />
NOTE: In the Recalibration Display:-<br />
• the thin line represents the predicted calibration line (from FP calculations)<br />
• the thick line represents the ReCalibration results.<br />
On this occasion, no error or warning messages were given thus both the A [quadratic] & B [linear]<br />
parameters (see previous page) were determined!<br />
ReCalibrated<br />
results results<br />
[T ReCal ]<br />
Original “FunMaster”<br />
FP FP calibration results results<br />
[T FP ]<br />
Figure 25. The results of the monolayer recalibration (<strong>for</strong> Au on Cu).<br />
If satisfied with the result, the calibration’s modifications may be accepted and applied to the *.c03<br />
application file via the<br />
button.<br />
The application file AuonCuMC_usermanual.c03 has<br />
now been updated to include the recalibration<br />
parameters. It is now available <strong>for</strong> use on-line in the<br />
<strong>Eagle</strong> spectrometer’s Vision32 software package. It can<br />
also be used off-line in the ReCalib software via the<br />
“Calculation” page using previously saved *.ADT intensity<br />
files.<br />
3.2.1 “ReCalib” Procedure (ex. Au on Cu) 30
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