...
-
Continue by checking the alignment of the drive lasers
-
Decrease the energy of the laser to its minimumSet the system in a mode where the laser energy is minimum, the filter is removed from questar 1 and the trigger is enabled
Code Block language py theme RDark linenumbers true op.HWPon("all", set_T=0)
- Confirm the filter of Questar 1 is in position 2 (no filter) to allow all wavelength to be seen
- Adjust the signal on the camera my moving the slider 'max' to the maximum value and set the gain to 0
- Set the NsSlicer to 10Hz and then click on the corresponding button which says 'ENB'
check_front_alignment()
- Confirm Confirm you see a scattering signal close to the X-ray cross (342, 561)
-
Move the hexapod X axis to center the beams on the cross and produce a round scattering signal
Code Block language py theme RDark linenumbers true x.tg_x.umvr(50e-6)
-
-
...
-
Take a reference
Code Block language py theme RDark linenumbers true op.ref_only( xray_trans=0.2, xray_num=5, shutters=False, dark=0, daq_end=True, calibrant="", rate=1, visar=True, save=True, slow_cam=False )
-
Take a shot
Code Block language py theme RDark linenumbers true op.optical_shot( shutter_close=[1, 2, 3, 4, 5, 6], lpl_ener=0.3, timing=5.0e-9 xray_trans=1, xray_threshold=0.2, save=True, daq_end=True, auto_trig=True, auto_charge=True, visar=True, debug=False, ps_opt=True )
- Temporal overlap
-
go to Ti sample
Code Block language py theme RDark linenumbers true op.ti()
- remove the Be CRL
-
open slit4 to 400 mic
Code Block language py theme RDark linenumbers true op.slit4.move(0.4)
-
set full X-ray transmission
Code Block language py theme RDark linenumbers true op.SiT(1)
-
open the pulse picker
Code Block language py theme RDark linenumbers true op.pp.open()
-