@@ -202,8 +202,7 @@ The energy monitors show the same results as previously.
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@@ -202,8 +202,7 @@ The energy monitors show the same results as previously.
The presence of the M2b mirror has for main purpose to focus the beam towards the detector's entrance, a ionisation chamber of aperture 10mm. Furthermore, it attenuates the vertical movement of the beam caused by the channel-cut's rotation. Another effect of this mirror is to inverse the beam's spot due to it's concavity.
The presence of the M2b mirror has for main purpose to focus the beam towards the detector's entrance, a ionisation chamber of aperture 10mm. Furthermore, it attenuates the vertical movement of the beam caused by the channel-cut's rotation. Another effect of this mirror is to inverse the beam's spot due to it's concavity.
Si la présence du miroir M2b atténue le déplacement vertical du faisceau nous notons cependant un déplacement minime de celui-ci.
The presence of the M2b mirror attenuates the beam's vertical movement although we note it is a minimal movement.
Although the presence of the M2b mirror attenuates the beam's vertical movement we nonetheless note a minimal movement of this one(badly written).
We also see this inversion in the following part.
We also see this inversion in the following part.
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@@ -229,7 +228,7 @@ We can't see the oscillations due to backscattering in the EXAFS part because Mc
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@@ -229,7 +228,7 @@ We can't see the oscillations due to backscattering in the EXAFS part because Mc
### Energy scan Mn and Cr
### Energy scan Mn and Cr
Here is the XANES/EXAFS for an energy scan of 5.7 to 7.2 keV with a sample composed of Manganes and Chrome.
Here is the XANES/EXAFS for an energy scan of 5.7 to 7.2 keV with a sample composed of Manganese and Chrome.
