Difference between revisions of "Installation and Commissioning"

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===Spectrometer Angles===
 
===Spectrometer Angles===
 +
* <b>HRS-L</b>
 +
<table border="1"  style="width:80%">
 +
  <tr>
 +
    <td>Angle</td>
 +
    <td>Time</td>
 +
    <td>Experiment</td>
 +
    <td> Run Number Ranges </td>
 +
    <td>Comment </td>
 +
  </tr>
 +
  <tr>
 +
    <td> 20 </td>
 +
    <td> 02/01/2017</td>
 +
    <td>MARATHON</td>
 +
    <td> 1111 ~ 2222 </td>
 +
    <td> </td>
 +
  </tr>
 +
</table>
  
 
==Commissioning Schedule==
 
==Commissioning Schedule==

Revision as of 16:52, 15 November 2016

Installation Plan and Commissioning Plan Page (Back to Tritium-Main)

Installation Schedule

Survey Info

Beam Instrumentation

Target Positions

Spectrometer Angles

  • HRS-L
Angle Time Experiment Run Number Ranges Comment
20 02/01/2017 MARATHON 1111 ~ 2222

Commissioning Schedule

BPM calibration runs (Bull's eye scan)

Relative position LHRS CODA run RHRS CODA run Harp scan entry no.
(0,0)
(2,2)
(2,-2)
(-2,-2)
(-2,2)
(3,3)
(-3,-3)

BCM calibration runs

LHRS CODA run RHRS CODA run BCM logger Comments

Optics commissioning runs

  • LHRS optics runs
  • Step L1: Procedure with Sieve-slit
Run number Target Sieve Raster Ebeam [GeV] P0 [GeV/c] θe [deg] Comment
Multi-foil carbon Yes Off
15cm LH2 Yes 2 x 2 mm2
Multi-foil carbon Yes Off
  • Step L2: Delta Scan with Proton Elastic (with sieve slit)
Run number Target Sieve Raster Ebeam [GeV] P0 [GeV/c] θe [deg] Comment
15cm LH2 Yes 2 x 2 mm2 Delta scan ΔP=-4%;
15cm LH2 Yes 2 x 2 mm2 Delta scan ΔP=-2%;
15cm LH2 Yes 2 x 2 mm2 Delta scan ΔP=0%;
15cm LH2 Yes 2 x 2 mm2 Delta scan ΔP=+2%;
15cm LH2 Yes 2 x 2 mm2 Delta scan ΔP=+4%;
  • Step L3: Dummy Target Runs (with sieve slit)
Run number Target Sieve Raster Ebeam [GeV] P0 [GeV/c] θe [deg] Comment
15cm dummy Yes 2 x 2 mm2 +4% delta scan setting
  • Step L4: Proton Elastic Kinematics
Run number Target Sieve Raster Ebeam [GeV] P0 [GeV/c] θe [deg] Comment
Single-foil carbon No Off
15cm dummy No 2 x 2 mm2
15cm LH2 No 2 x 2 mm2


  • RHRS optics runs
  • Step R1: Procedure with Sieve-slit
Run number Target Sieve Raster Ebeam [GeV] P0 [GeV/c] θe [deg] Comment
Multi-foil carbon Yes Off
15cm LH2 Yes 2 x 2 mm2
Multi-foil carbon Yes Off
  • Step R2: Delta Scan with Proton Elastic (with sieve slit)
Run number Target Sieve Raster Ebeam [GeV] P0 [GeV/c] θe [deg] Comment
15cm LH2 Yes 2 x 2 mm2 Delta scan ΔP=-4%;
15cm LH2 Yes 2 x 2 mm2 Delta scan ΔP=-2%;
15cm LH2 Yes 2 x 2 mm2 Delta scan ΔP=0%;
15cm LH2 Yes 2 x 2 mm2 Delta scan ΔP=+2%;
15cm LH2 Yes 2 x 2 mm2 Delta scan ΔP=+4%;
  • Step R3: Dummy Target Runs (with sieve slit)
Run number Target Sieve Raster Ebeam [GeV] P0 [GeV/c] θe [deg] Comment
15cm dummy Yes 2 x 2 mm2 +4% delta scan setting
  • Step R4: Proton Elastic Kinematics
Run number Target Sieve Raster Ebeam [GeV] P0 [GeV/c] θe [deg] Comment
Single-foil carbon No Off
15cm dummy No 2 x 2 mm2
15cm LH2 No 2 x 2 mm2


Target Boiling Study

  • H3 Target
Run number Target Beam Current Raster Size Ebeam [GeV] P0 [GeV/c] θe [deg] Comment
H3 25uA 2x2 cm
H3 15uA 2x2 cm
H3 5uA 2x2 cm
  • He3 Target
Run number Target Beam Current Raster Size Ebeam [GeV] P0 [GeV/c] θe [deg] Comment
He3 25uA 2x2 cm
He3 15uA 2x2 cm
He3 5uA 2x2 cm


  • C12 target for a normalization check for beam-current dependent rate check.
Run number Target Beam Current Raster Size Ebeam [GeV] P0 [GeV/c] θe [deg] Comment
Carbon-Foil 25uA 2x2 cm
Carbon-Foil 15uA 2x2 cm
Carbon-Foil 5uA 2x2 cm

Beam Energy Measurements

Energy of central ray (MeV) Dispersive mode Halog entry
11000.00
4400
2200
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