Difference between revisions of "GTS meeting 5 21 18"

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* Photocathode Composite analysis: [[media:]]
+
* Photocathode surface and chemical analysis: [[media:Yan_Wang_2018-05-18 11.13.52.doc]]
 +
:: [[media:Yan_3mm_activation.tif]]
 +
:: [[media:Yan_5mm_Sb_portion.tif]]
  
  
* ASTRA simulations with space charge on: [[media:Sajini_sc_1_charge_vs_active_no_of_particles_200kV_400A_0_32.docx]]
+
* ASTRA simulations with space charge on:
 +
 
 +
:: [[media:Sajini_sc_1_charge_vs_active_no_of_particles_200kV_400A_0_32.docx]]
  
 
  200 kV  
 
  200 kV  
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  25 ps (uniform)
 
  25 ps (uniform)
 
  0.56 mm mrad /mm emittance
 
  0.56 mm mrad /mm emittance
 +
 +
 +
:: [[media:Sajini_300kV_400A_1nC_diff_laser_sizes.docx]]
 +
 +
300 kV
 +
400 A
 +
1 nC
 +
50 ps rms (gauss)
 +
xoff =0
 +
yoff=0,
 +
0.56 mm mrad/mm
 +
 +
 +
:: [[media:Sajini_200kV_50ps_1nC_400A_diff_laser_size.docx]]
 +
 +
200 kV
 +
400 A
 +
1 nC
 +
50 ps rms (gauss)
 +
xoff =0
 +
yoff=0
 +
0.56 mm mrad/mm

Latest revision as of 09:30, 21 May 2018

  • Doing more krypton processing


media:Yan_3mm_activation.tif
media:Yan_5mm_Sb_portion.tif


  • ASTRA simulations with space charge on:
media:Sajini_sc_1_charge_vs_active_no_of_particles_200kV_400A_0_32.docx
200 kV 
400 A gun solenoid 
0.32 mm (rms) spot size
Xoff=0
Yoff=0
25 ps (uniform)
0.56 mm mrad /mm emittance


media:Sajini_300kV_400A_1nC_diff_laser_sizes.docx
300 kV
400 A
1 nC
50 ps rms (gauss)
xoff =0
yoff=0,
0.56 mm mrad/mm


media:Sajini_200kV_50ps_1nC_400A_diff_laser_size.docx
200 kV
400 A
1 nC 
50 ps rms (gauss)
xoff =0
yoff=0
0.56 mm mrad/mm