Difference between revisions of "The HPS Run Wiki"

Revision as of 00:44, 8 March 2015

[edit]

Shift Documentation
Short Term Schedule
Long Term Schedule
Monitoring

Checklists

Procedures

Commissioning Plans:
- Beamline
- Trigger
- ECal
- SVT
SVT TOSP (1,2,3)

Manuals

JLab Logbooks

RC: Stepan Setpanyan

(757) 575-7540
9 575 7540 from Counting Room

PDL: Harut Avagyan

Every Shift:

Follow run plan as outlined by RC

Ask MCC if orbit locks are on, they should be.

Keep shift summery up-to-date in HBLOG

Document any beam condition change and send scaler GUIs to HBLOG

Send "scaler_hps" GUI to logbook at least twice per shift or any time run conditions change

Peform 2H02A harp scan ones per shift or when beam conditions changed based on beam monitors (BPMs, halo rates, beam-viewer)

Fill out shift checklist in the logbook, HBLOG, using template at least ones per shift or when run conditions change

Continuously check quality of data

With any issue contact On-Call Experts or RC.

Every Run:

a
b
c
d

MCC Daily Meetings

Run Plan:March 6 - 7

Setup Beam to Hall-B Tagger Dump and Studies of Beam Properties.

Aid MCC to establish physics quality CW 1 pass beam to the Hall-B tagger dump:
When reasonable beam spot is achieved on the tagger dump screen perform harp scans, 2C21 and tagger (2C24) harps. Note: harp scans must be performed with 10 nA beam current
If beam x/y sizes are ~<250 um, proceed with program below, otherwise ask MCC to retune
Set up halo counter gains, see link below
- See Full PDF, Click Here

Ask MCC to deliver oval shape beam at tagger (2C24) harp: x-width ~250 um, y-width << x-width, and tilt angle ~0 (if tuning is going to be too long, more than an hour, use whatever asymmetri beam is available)
Continue with 2C24 (tagger) harp scans to check beam tilt angle motion over time, as well as beam position and width stability - ~4 hours with scans every 1/2 hour
Study beam tails as a function of current - every 2 hours increase beam curent to 100 nA and perform tagger harp scan. for harps analysis use tagger right and upstream left <\b>

Beam

Energy ~2.0 GeV

Current < 200.0 nA CW

Position

X Y

~0 mm ~0 mm

Profile

X Y

< 0.1 mm < 0.1 mm

Target

#1 0 mm

Magnets

PS Current 0 A

Chicane Dipole #1 0 A

Chicane Dipole #2 0 A

DAQ

Configuration ___________________

Configuration file

Prescales

Thresholds

Events Per Run

Dead Time

Run Coordinator
March 1 - March 11	Stepan Stepanyan
March 12 - March 18	Francios-Xavier Girod
March 19 - April 1	John Jaros
April 2 - April 8	Nathan Baltzell
April 9 - April 15	Takashi Maruyama
April 16 - April 22	Maurik Holtrop
April 23 - April 29	Raphael Dupre
April 30 - May 6	Takashi Maruyama

Physics Division Liaison
Harut Avakian

DAQ On-Call
March 1 - ?	Sergey Boyarinov

ECAL On-Call
March 1 - March 9	Andrea Celentano
March 9 - March 23	Nathan Baltzell
March 23 - March 30	Holly Vance
March 30 - April 13	Gabriel Charles
April 13 - April 20	Raphael Dupre
April 20 - April 27	Michel Garcon
April 27 - May 4	Holly Vance

SVT On-Call
March 1 - ?	Sho Uemura

SlowControls On-Call
March 1 - ?	?

Webcams:

Slow Controls:

Accelerator:

Offline:

@@ Line 111: / Line 111: @@
 * Ask MCC to deliver oval shape beam at tagger (2C24) harp: x-width ~250 um, y-width << x-width, and tilt angle ~0 (if tuning is going to be too long, more than an hour, use whatever asymmetri beam is available)
 * Continue with 2C24 (tagger) harp scans to check beam tilt angle motion over time, as well as beam position and width stability - ~4 hours with scans every 1/2 hour
-* Study beam tails as a function of current. Position x(y) wire left then right (above then bellow) of beam center at ~3\sigma increase beam current up to 200 nA and record halo counter rates. It is expected to see linear increase of rates if increasing the current does not effect beam profile
+* Study beam tails as a function of current - every 2 hours increase beam curent to 100 nA and perform tagger harp scan. <b> for harps analysis use tagger right and upstream left <\b>
-* Repeat above for position 5\sigma away from the beam center
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