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The aim of the final shift is to calibrate the small ePix10ka detectors when we have corrected the problems observed in December, so we have valid calibration data for all detectors. For all 3 beam times, we We will be set up for all three beam times to measure airscatter air scatter at different fluxes. Prior to Before going to the beamtime, the following work has to be done:

1. DAQ scripts for time scan and intensity scans have to be identified and tested that they run at station,
2. python visulisations Python visualisations for a few pixels that show both linearity linearities (ADU vs. wave-8), and the timing scans (delay vs measured average intensity); evaluation of dropped shots to see if there is any persistancepersistence.
3. as well as the The scope setup allowing us to see the x-ray pulse position compared to ACQ window has to be verified and ready (stand-alone diode and scope on network);
4. The wave-8 with stand-alone diodes need to be set up at station;
5. Setup has to be built and all detectors incorporated into the DAQ;

We are planning to have a dry run for the experiment at the end of the week prior to the first beamtime.

Shift coverage and responsibility.

Visulisation Visualisation and DAQ scripts: Philip, Bhavna, Xavier;

Hardware setup and running the DAQ: Conny, Kaz, Dionisio.

Schedule to be discussed.

Experimental setup

The section will be filled out once the experiment is set up. Previous setup for reference:

Image Added

Fig. Temp. Previous setup for show.

Measurement plan:

15 July 2023(?):

epix10ksmall, front facing, side facing, NG installed. Ensure we have dropped shots at a reasonable ratio for drift behavior monitoring for all detectors, and persistence evaluation for the NG detector.

Evaluation of the checkmark for the small:

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21 July 2023 or 22 July (?):

Full Complete calibration of the small ePix10k's (from, side, NG). Make sure we use dropped shots.

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