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--- s800_spectcl [2013/12/12 13:12]
pereira
+++ s800_spectcl [2013/12/12 13:55]
pereira [<sup>124</sup>Sn primary beam passing a thick Al viewer at the target position (focused optics)]
@@ Line 62: / Line 62: @@
-===== Same spectra =====
+===== Sample spectra =====
 The following figures depict some of the S800 SpecTcl spectra used for the tunning of the S800.
-{{:wiki:s800_pid.jpg|Energy loss in the ion chamber vs. time of flight measured between the object scintillator and the E1 scintillator (trigger) at the end of the focal plane.}}
+==== Energy loss in the ion chamber vs. time of flight measured between the object scintillator and the E1 scintillator (trigger) at the end of the focal plane ====
+{{:wiki:s800_pid.jpg?600}}
+//
+//
+//
+//
+//
+//
+====(In)elastic scattering of the incoming "cocktail beam" on a 256 mg/cm<sup>2</sup> Au target (spectrograph in focus mode) ====
+{{:wiki:s800_identification.jpg?600}}
-(In)elastic scattering of the incoming "cocktail beam" on a 256mg/cm^2 Au target (spectrograph in focus mode).
+**Upper left**: Three 124Sn charge states in the CRDC2 x-y spectrum
+**Upper right**: Amplitude of the CRDC2 anode signal vs. drift time (this is a diagnostics spectrum showing that the response of the CRDC is not correlated with the y position).
+**Lower left**: Raw drift time measured in CRDC2
+**Lower right**: Charge distribution induced in the pads by the three 124Sn charge states hitting CRDC2.
-Energy loss in the ion chamber vs. time of flight measured between the object scintillator and the E1 scintillator (trigger) at the end of the focal plane.
-(In)elastic scattering of the incoming "cocktail beam" on a 256mg/cm^2 Au target (spectrograph in focus mode).
-Upper left: Three 124Sn charge states in the CRDC2 x-y spectrum
-Upper right: Amplitude of the CRDC2 anode signal vs. drift time (this is a diagnostics spectrum showing that the response of the CRDC is not correlated with the y position).
-Lower left: Raw drift time measured in CRDC2
-Lower right: Charge distribution induced in the pads by the three 124Sn charge states hitting CRDC2.
-Sn primary beam passing a thick Al viewer at the target position (focused optics).
+==== Sn-124 primary beam passing a thick Al viewer at the target position (focused optics) ====
+{{:wiki:working_crdc2_sn124.jpg}}

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