Difference between revisions of "Run Coordination Meetings:Summer2020"

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Beam and Hall configuration

Beam energy expected:
- 11.408 GeV (i.e. about 200 MeV less than value for Spring 2019)
Solenoid:
- 1350A
CW Beam:
- 250 MHz frequency.
- Range: 1 nA-900
- Chopper slit: With Hall C until Sept. 3rd (always at 5 passes). Then, with Hall A (Hall A: one pass always until Sept. 3rd. Then off.) Note: Hall B at 1 pass for the first 4 days, then, at 5 pass until the end of the run.
- Standard current and radiators
  - ~350 nA on a 4.1·10^-4 R.L. radiator (50 μm diamond). (RSAD limit 500nA on 58 μm diamond))
  - ~350 nA on a 33.7·10^-5 R.L. AL radiator (30 µm Al). (RSAD limit 600nA on 30 µm Al radiator))
Position Slow Lock on or FFB on (FFB doesn't operate below 50nA).
Radiators:
- Goniometer radiators:
  - Diamond JD70-103 (50 μm - 4.1·10^-4 R.L., 7×7 mm²) - new crystal - Not expected to be good according to rocking curve.
  - Diamond JD70-105 (47 μm - 3.9·10^-4 R.L., 7×7 mm²) - Used for the second part of GlueX's Fall 2018 run and Fall 2019/Spring 2020. Good performance.
  - Diamond JD70-106 (50 μm - 4.1·10^-4 R.L., 7×7 mm²) - Aligned and used shortly during Tagger Accidental test in Spring 2020. Did not display sharp coherent peak.
  - Diamond JD70-107 (55 μm - 4.6·10^-4 R.L., 7×7 mm²) - new crystal - Not expected to be good according to rocking curve.
  - Diamond JD70-109 (50 μm - 4.1·10^-4 R.L., 7×7 mm²) - new crystal - Not expected to be good according to rocking curve.
  - Amorphous 40 μm Al radiator (44.9·10^-5 R.L.)
  - V-wire (for TAC run).
- Amorphous
  - 1.64 µm Al (1.86·10^-5 R.L., see study)
  - 10 µm Al (11.2·10^-5 R.L.)
  - 30 µm Al (33.7·10^-5 R.L.)

Tagger quadrupole on (-4.2 A).

Collimator hole: Default running: 5.0 mm.

Targets:
- LH2 target: cryogenic target

PS converter: 75 μm

Miscellaneous:
- PS test area:
  - Left arm: TRD and 12 calorimeter crystals to be tested
  - Right arm: scintillator calorimeter to be tested
- DIRC installed.
- Other?

General Information

This document describes the run plan for the Hall D Summer 2020 run.

Schedule for the run (see July 2020-Dec. 2021 official schedule):

July 13th - July 26th: Electron beam restoration.
July 27th - Sept.6th: 6 weeks for GlueX high luminosity production.

Accelerator overall plan and priorities: Finish Spring run 2020 cut short by pandemic.
- Deliver physics beam to 4 halls.

Hall D plan
- Experiment: GlueX-II E12-12-002
- This run period is short (6 weeks). To make the acquired data set worth analyzing: maximize production, do only crucial tests.
- One TAC runs synchronized with test of new FCal divider.
- Two empty target runs (One at the start of the run, the other consecutive to TAC run)
- Trigger test for the SRC experiment
- CPP trigger test.

Expected Staffing and responsibilities:
- The Run Coordinator oversees the run:
  - July 13th-July 26th: 14 days: Alexandre Deur (accelerator restoration)
  - July 27th-Aug. 5th, 10 days: Alexandre Deur
  - Aug 5th-Aug 12th, 7 days: Alexander Austregesilo
  - Aug 12th-Aug 19th, 7 days: Wenliang Li
  - Aug 19th-Aug 26th, 7 days: Mark-Macrae Dalton
  - Aug 26th-Sept. 2nd, 7 days: Igal Jaegle
  - Sept 2nd-Sept 9th, 7 days: Keigo Mizutani
  - Sept 9th-Sept 16th, 7 days: Alexandre Deur
  - Sept 16th-Sept 21st, 5 days: Igal Jaegle

- The Physics Division Liaison (PDL) and Hall D Work Coordinator/Safety Warden (M. Stevens) verify that the proper safety rules are followed. PDL is:
  - PDL: Benedikt Zihlmann, Deputy PDL: Lubomir Penchev
- The analysis coordinator (Alexander Austregesilo) oversees the off-line diagnostic of the different systems and analysis of the data.
- Shifts: 1 person per shift. 4 shifts per day Shift Schedule Skeleton
Coordination Activities:
- The RC will attend the MCC meetings at 7:45am and 8:00am and the weekly MCC meeting (Wednesday, 1:30pm). The PDL will attend the weekly MCC meeting.
- Run meetings: broadcasted on Bluejeans. 8:45am in the counting house conference room. The Run Coordinator will be responsible for organizing and chairing the meeting.
  - Start of run: Daily meetings
  - Production: Alternate nominal length meetings (Monday/Thursday) with short meetings (Tuesday, Wednesday, Friday)
Useful links:
- Accelerator schedule and information
- Link to Richard Jones program to plot the beam profile at the collimator.
  - Harp extrapolation tool
- Links to previous runplans
- Web-accessible EPICS information
- Links to beam parameters/radiation level monitoring:
  - Last 8-hours plots showing 1-minute, 10-minute, and hourly averages
  - Same but Last 24-hours
  - Same but Last 72-hours
  - Week, month, and quarter (3 months) plots also exist, with similar web addresses.
  - A map of the radiation monitors

Runplan

Verify electron beam quality and establish photon beam (assume 1 day).
- Ion Chambers trip threshold must be set using diamond JD70-105 as well as the 4 Al. radiators (1 on goni, 3 on amorphous radiator ladder)
- Tune electron beam with radiator retracted
  - Radiator (amorphous and diamond) must be retracted. Collimator should be in blocking position.
    - Typical levels are (for radiator retracted, collimator fully blocking, electron beam current 50 nA)
      - RAD102_P1 ~ 10 mrad/hr (tagger area, gammas, between tagger and dump)
      - RAD102_P2 ~30 mrad/hr (tagger area, gammas, on the ground below the goniometer).
      - RAD102_P3 ~ 0.3 mrem/hr (tagger area, neutrons, near electronics racks)
      - RAD508_P1 < 0.1 mrad/hr (collimator cave, gammas).
      - RAD508_P2 ~ 0. mrad/hr (Hall. Neutrons).
- Establish good photon beam
- Make sure tagger quadrupole is on and at -4.2 A. (It can be turned on only once the Hall is in power/beam permit.)
  - Insert 2*10^-5 RL radiator. Call MCC and ask to mask the FSD and turn off beam each time a radiator is moved
    - Typical levels are (for 2×10^-5 radiator, electron beam current 50 nA)
      - RAD102_P1= 35 mrad/hr (tagger area, gammas, between tagger and dump)
      - RAD102_P2= ~ 50 mrad/hr (tagger area, gammas, on the ground below the goniometer)
      - RAD102_P3= ~2 mrem/hr (tagger area, neutrons, near electronics racks)
      - RAD508_P1= ~10 mrad/hr (collimator cave, gammas).
      - RAD508_P2 < ~ 0. mrad/hr (Hall. Neutrons).
- Verify beam position and envelope (Hovanes).
  - Ask MCC to set beam position on 5C11b to x=-0.5 mm and y=+1.0 mm.
  - Ask MCC for 5C11 and 5C11B HARP. Then do our radiator HARP scan, see instruction. If it looks good, proceed to next step. Otherwise, inform MCC.
  - Insert profiler (no need for masking FSD when an object is inserted in the photon line), run with 10×10^-4 radiator and 50 nA. Beam on the profiler should be at x=0.0±0.5cm; y=0.0±0.5cm. If not, inform MCC.
- Radiation level study (1h):
  - Run 5 min without radiator (Call MCC and ask to mask the FSD each time the radiator is moved). Beam current: 50nA. Repeat at 100 nA and 200 nA. There is need to run the DAQ or stop the beam between each steps: the data are recorded by EPICS. However, the beam need to be off when moving to a different radiator for the next steps.
  - Run 5 min with the 10^-4 radiator (Call MCC). Beam current: 50nA. Repeat at 100 nA and 200 nA
  - Run 3 min with the 3*10^-4 radiator (Call MCC). Beam current: 50nA. Repeat at 100 nA and 200 nA
- Photon flux optimization and Active Collimator calibration. (20 + 20 mins). Call Hovanes.
  - re-Insert the 10^-4 radiator (Call MCC). Use about 100 nA beam current. This will provide the Act. Col. nominal positions for its high gain values.
  - Determine maximum photon beam transmission by doing 2D scans using the collimator x/y motions (Hovanes. 1h)
  - Repeat procedure with 2*10^-5 radiator (Call MCC) and 50 nA beam current. This will provide the Act. Col. nominal positions for its low gain values.
  - Record on the white board what is the beam position on 5C11b and Active Collimator for optimal photon transmission, both for low and high Act. Col. gain.
  - Until Hovanes determines to optimal 5C11b and Active Collimator position, keep profiler in and beam locked (MCC's duty) on the nominal 5C11b and x=0,y=0 profiler position. Once Active Collimator nominal beam position is known, retract profiler and lock the beam (MCC) on the active collimator.
Detector and beamline checkout.
- Any time before starting production (beam quality is not important): microscope HV scan (2h, R. Jones)
- Reestablish L1 trigger (Alex. Somov. 2h).
- PS and TAGH HV scan. (Alex. Somov. 1h).
- Reestablish DAQ (Sergei, 2h).
- General detector calibration (Sean Dobbs. (703-887-1776) 1h). Use 2×10^-5 Al. radiator. Beam current 200nA (Solenoid magnet is off)
  - Run 15 min (solid time) in Long Mode (Mode 10)
  - Run 15 min (solid time) in Production Mode (Mode 9).
CDC HV scans (Naomi 6h). Use 4.5×10^-4 Al. radiator (on goni). Beam current 360nA
47 μm diamond (Start on JD70-105) alignement check. Later during the run, align new JD70-103 (4 polarization configurations) (Hovanes. 2h ).
GlueX-II pre-production (20h)
- Identical as production below, but at 150 nA. One cycle of five 2h runs on 4 polarization configurations+1 amorphous.
GlueX-II production
- Standard configuration: 47 μm diamond, 350 nA, 5 mm hole, TPol on 75 μm TPol convertor. 2h runs and no more, as it may be hard to correct for calibration drifts. Cycle over 5 sets of runs: 0^o, then 90^o, then 45^o, then 135^o, then amorphous runs.
  - Amorphous runs: 4.5×10^-4 Al. radiator (on goni). 350 nA
- Log in run information in the shift summary (make a run list). For each production run, log useful comments on DAQ comment window, see [2]
- Tagger quadrupole on
- Harp scan (30 min): Every 2 days
- 2 Empty target run (2h: 1^- h to empty/fill back the target, 1h running). Standard production current. After TAC run, beam study or RF recovery.
One "TAC" run + test of new FCal divider.
- a few nA, thinest Al. radiator and ComCal.
- To be coordinated with MCC.
- Measure bleedthrough. If acceptable, (~nA or less), proceed with TAC-ComCal run. Otherwise, explore possibility for invasive TAC run.
- If commissioning and analysis are successful, once a day (?), a beam envelope measurement by rastering on Act. Col. ??min
- Long mode 10 min run. Once a week (20 min).
- Amorphous run. Every set of 4 diam. orientation runs. 1h Standard production current. Time to switch from pol. to unpol.: 10min. time to switch from unpol. to pol.: 30min.
- Synchronize TAC run with test of new FCal divider (A. Somov).
Trigger test for the SRC experiment (A. Somov, 6 hours)
CPP trigger test (??34h??). (https://halldweb.jlab.org/wiki/index.php/CPP_Test_2020_-_Schedule discussion on tentative plan]) Could be done during pass change for Hall C on Sept. 4th. There will be 2-3 days of running left depending on how smooth the pass change goes. If so, we likely need other tests to use the left beam time (We could do the TAC run then/Empty target run/...?)

Hall D situation room (current run plan)

Hall D counting room white board

Runplan time charts

Summer 2020 time charts:

[Run time chart. Week 1.]

The horizontal scale is the time during which beam is available (in other words, it would be the real time with 100% of beam efficiency). The task time estimates given on the plot have 100% contingency.

[Run time chart. Week 2. ]

[Run time chart. Week 3. ]

[Run time chart. Week 4. ]

[Run time chart. Week 5. ]

[Run time chart. Week 6. ]

Accelerator status

- Link to accelerator short term schedule (White board)
- Link to accelerator SAD calendar
- Bluejeans code for the daily MCC meetings and Wednesday 1:30 meeting: 569476853

Hot Checkout

To be completed by Thurs. July. 23rd.

Hot Check OUT Status ( Hot Check OUT Status (off site test version))

100% ready ; 0% checked ; 0% not ready

Readiness for Fall 2019/Spring 2020 run

(This section is commented out for clarity)

Live Camera Feeds from the Four Counting Houses

These feeds SHOULD be open and visible at all times from one of the monitors in each of the counting houses.
Management cautions AGAINST opening them from other locations or offsite, out of concern for available bandwidth.

Running Shifts Remote

Remote shift concepts

Difference between revisions of "Run Coordination Meetings:Summer2020"

Latest revision as of 08:01, 11 January 2022

Contents

Summer 2020 GlueX Run

Meeting General Agenda

Connect Information

Beam and Hall configuration

General Information

Runplan

Hall D situation room (current run plan)

Runplan time charts

Accelerator status

Hot Checkout

Readiness for Fall 2019/Spring 2020 run

Live Camera Feeds from the Four Counting Houses

Running Shifts Remote

Navigation menu

Views

Personal tools

Navigation

Search

Tools

@@ Line 3: / Line 3: @@
 == Meeting General Agenda ==
 [[Run Planning Meeting Notes, July 27-August 5, 2020]]
+[[Run Planning Meeting Notes, August 6 - 12, 2020]]
+[[Run Planning Meeting Notes, August 13 -17, 2020]]
+[[Run Planning Meeting Notes, August 20-26, 2020]]
+[[Run Planning Meeting Notes, August 27-September 2, 2020]]
+[[Run Planning Meeting Notes, September 3 - 9, 2020]]
+[[Run Planning Meeting Notes, September 10 - 16, 2020]]
+[[Run Planning Meeting Notes, September 17 - 21, 2020]]
 ==Connect Information==
@@ Line 35: / Line 50: @@
 * CW Beam:
 ** 250 MHz frequency.
-** Range: 1 nA-2100 nA. (High current required for short Tagger Accidental study)
+** Range: 1 nA-900
-** Chopper slit: shared with Hall C, then use A slit when Hall A is done (03/26/2020).
+** Chopper slit: With Hall C until Sept. 3rd (always at 5 passes). Then, with Hall A (Hall A: one pass always until Sept. 3rd. Then off.) Note: Hall B at 1 pass for the first 4 days, then, at 5 pass until the end of the run.
 **Standard current and radiators
-***~300 nA on a 4.1&middot;10<sup>-4</sup> R.L. radiator (50 μm diamond). (RSAD limit 500nA on 58 μm diamond))
+***~350 nA on a 4.1&middot;10<sup>-4</sup> R.L. radiator (50 μm diamond). (RSAD limit 500nA on 58 μm diamond))
-***~360 nA  on a 33.7&middot;10<sup>-5</sup> R.L. AL radiator (30 &micro;m Al). (RSAD limit 600nA on 30 &micro;m Al radiator))
+***~350 nA  on a 33.7&middot;10<sup>-5</sup> R.L. AL radiator (30 &micro;m Al). (RSAD limit 600nA on 30 &micro;m Al radiator))
 * Position Slow Lock on or FFB on (FFB doesn't operate below 50nA).
 * Radiators:
-**Goniometer radiators: DIRC commissioning starts on 40 μm Al radiator. Then it uses production diamond.
+**Goniometer radiators:
-***Diamond JD70-103 (50 μm - 4.1&middot;10<sup>-4</sup> R.L., 7&times;7 mm&sup2;) - new crystal - good rocking curve.
+***Diamond JD70-103 (50 μm - 4.1&middot;10<sup>-4</sup> R.L., 7&times;7 mm&sup2;) - new crystal - Not expected to be good according to rocking curve.
-***Diamond JD70-105 (47 μm - 3.9&middot;10<sup>-4</sup> R.L., 7&times;7 mm&sup2;) - Used for the second part of GlueX's Fall 2018 run and Fall 2019/Spring 2020.  Good performance.
+***Diamond <font color="red">JD70-105 </font> (47 μm - 3.9&middot;10<sup>-4</sup> R.L., 7&times;7 mm&sup2;) - Used for the second part of GlueX's Fall 2018 run and Fall 2019/Spring 2020.  Good performance.
-***Diamond JD70-106 (50 μm - 4.1&middot;10<sup>-4</sup> R.L., 7&times;7 mm&sup2;) - Aligned and used shortly during Tagger Accidental test in Spring 2020.
+***Diamond JD70-106  (50 μm - 4.1&middot;10<sup>-4</sup> R.L., 7&times;7 mm&sup2;) - Aligned and used shortly during Tagger Accidental test in Spring 2020. Did not display sharp coherent peak.
-***Diamond JD70-107 (55 μm - 4.6&middot;10<sup>-4</sup> R.L., 7&times;7 mm&sup2;) - new crystal - good rocking curve
+***Diamond JD70-107 (55 μm - 4.6&middot;10<sup>-4</sup> R.L., 7&times;7 mm&sup2;) - new crystal - Not expected to be good according to rocking curve.
-***Diamond JD70-109 (50 μm - 4.1&middot;10<sup>-4</sup> R.L., 7&times;7 mm&sup2;) - new crystal - good rocking curve
+***Diamond JD70-109 (50 μm - 4.1&middot;10<sup>-4</sup> R.L., 7&times;7 mm&sup2;) - new crystal - Not expected to be good according to rocking curve.
 ***Amorphous 40 μm Al radiator (44.9&middot;10<sup>-5</sup> R.L.)
 ***V-wire (for TAC run).
@@ Line 67: / Line 82: @@
 * Miscellaneous:
-** TRD?
+** PS test area:
-** DIRC?
+***Left arm: TRD and 12 calorimeter crystals to be tested
+***Right arm: scintillator calorimeter to be tested
+** DIRC installed.
 **Other?
@@ Line 74: / Line 91: @@
 This document describes the run plan for the Hall D Summer 2020 run.
-* Schedule for the run:
+* Schedule for the run (see [https://www.jlab.org/exp_prog/experiment_schedule/2020/Web20200619.3c.pdf July 2020-Dec. 2021 official schedule]):
-# ?July 16th? - July 26th: Electron beam restoration.
+# July 13th - July 26th: Electron beam restoration.
-# July 27th - ?Sept. 7th?: 6  weeks for GlueX high luminosity production.
+# July 27th - Sept.6th: 6  weeks for GlueX high luminosity production.
 <!--* Nominally, every Mondays: 12h of beam study. Every Tuesdays, if necessary: 8h of RF recovery.-->
@@ Line 84: / Line 101: @@
 *Hall D plan
-** Experiment: GlueX [https://misportal.jlab.org/mis/physics/experiments/searchProposals.cfm?paramHall=D&paramExperimentEnergy=12GeV&paramExperimentStatusList=A,G E12-06-102]
+<!--** Experiment: GlueX [https://misportal.jlab.org/mis/physics/experiments/searchProposals.cfm?paramHall=D&paramExperimentEnergy=12GeV&paramExperimentStatusList=A,G E12-06-102] -->
+**Experiment: GlueX-II [https://misportal.jlab.org/mis/physics/experiments/viewProposal.cfm?paperId=834 E12-12-002]
 **This run period is short (6 weeks). To make the acquired data set worth analyzing: maximize production, do only crucial tests.
-** Straight track run?
+**One TAC runs synchronized with test of new FCal divider.
-<!--***Overall, one night of good data.-->
+**Two empty target runs (One at the start of the run, the other consecutive to TAC run)
-**Other special tasks?
+<!--** Straight track run?
+***Overall, one night of good data. -->
+**Trigger test for the SRC experiment
+**CPP trigger test.
 * Expected Staffing and responsibilities:
 **The Run Coordinator oversees the run:
-*** ?July 17th?-July 26th: ?10? days: Alexandre Deur (accelerator restoration)
+*** July 13th-July 26th: 14 days: Alexandre Deur (accelerator restoration)
 *** July 27th-Aug. 5th, 10 days: Alexandre Deur
-*** Aug 5th-Aug 12th, 7 days: <font color="red"> TBD </font>
+*** Aug 5th-Aug 12th, 7 days: Alexander Austregesilo
-*** Aug 12th-Aug 19th, 7 days: <font color="red"> TBD </font>
+*** Aug 12th-Aug 19th, 7 days: Wenliang Li
-*** Aug 19th-Aug 26th, 7 days: <font color="red"> TBD </font>
+*** Aug 19th-Aug 26th, 7 days: Mark-Macrae Dalton
-*** Aug 26th-Sept. 2nd, 7 days: <font color="red"> TBD </font>
+*** Aug 26th-Sept. 2nd, 7 days: Igal Jaegle
-*** Sept 2nd-Sept ??7th??, 5 days: <font color="red"> TBD </font>
+*** Sept 2nd-Sept 9th, 7 days: Keigo Mizutani
+*** Sept 9th-Sept 16th, 7 days: Alexandre Deur
+*** Sept 16th-Sept 21st, 5 days: Igal Jaegle
 **The Physics Division Liaison (PDL) and Hall D Work Coordinator/Safety Warden (M. Stevens) verify that the proper safety rules are followed. PDL is:
 ***PDL: Benedikt Zihlmann, Deputy PDL: Lubomir Penchev
 **The analysis coordinator (Alexander Austregesilo) oversees the off-line diagnostic of the different systems and analysis of the data.
-**Shifts: ? 1 person per shift. 4 shifts per day ?
+**Shifts: <font color="blue"> 1 person per shift. 4 shifts per day </font> [https://docs.google.com/spreadsheets/d/1znQG_AE8s9My28WZDchO-a_LHDBZosNyig6_jOzB0GQ/edit#gid=0 Shift Schedule Skeleton]
 * Coordination Activities:
 ** The RC will attend the MCC meetings at 7:45am and 8:00am and the weekly MCC meeting (Wednesday, 1:30pm). The PDL will attend the weekly MCC meeting.
 ** Run meetings: broadcasted on Bluejeans. 8:45am in the counting house conference room. The Run Coordinator will be responsible for organizing and chairing the meeting.
 *** Start of run: Daily meetings
-*** Production: Alternate normal meetings (Monday/Thursday) with short meetings (Tuesday, Wednesday, Friday) ?
+*** Production: <font color="blue"> Alternate nominal length meetings (Monday/Thursday) with short meetings (Tuesday, Wednesday, Friday)  </font>
 * Useful links:
-**Accelerator schedule
+**Accelerator schedule and information
 ***[https://www.jlab.org/exp_prog/experiment_schedule/2018/20181108.2.pdf Long term schedule]
 ***[https://accweb.acc.jlab.org/calendar/  Scheduled Accelerator Down (SAD)/Maintenance Calendar]
 ***[http://accboard.acc.jlab.org/ http://accboard.acc.jlab.org/]
+***[https://accweb.acc.jlab.org/presenter/pd-menu? PD weekly summary (also available from Accelerator's ELOG)]
 **Link to Richard Jones program to plot the beam profile at the collimator.
 ***[http://zeus.phys.uconn.edu/halld/cobrems/harptool.cgi Harp extrapolation tool]
 **[https://halldweb.jlab.org/wiki/index.php/List_Run_Coordination_Meetings Links to previous runplans]
+**Web-accessible EPICS information
+***[https://epicsweb.jlab.org/wedm/screen?edl=%2fcs%2fopshome%2fedm%2fdsg%2fhall_d%2foverview%2fgluex.edl Hall D EPICS summary screen from CSS]
+***[https://epicsweb.jlab.org/wedm/screen?edl=/cs/opshome/edm/wall/Status_W_Accel.edl Accelerator summary screen from CSS]
+***[https://epicsweb.jlab.org/wmenu/#HallDDetectorComponents-page Hall D detectors related EPICS screens]
+***[https://epicsweb.jlab.org/wmenu/#HallDMenu-page Hall D related accelerator screens epicsweb page]
 ** Links to beam parameters/radiation level monitoring:
 ***[https://www.jlab.org/accel/RadCon/opsgraphs/8h/halld_8h.pdf Last 8-hours plots showing 1-minute, 10-minute, and hourly averages]
@@ Line 127: / Line 156: @@
 <!--<font color="red"> TBD </font>-->
 #Verify electron beam quality and establish photon beam (assume 1 day).
-#*<b>Ion Chambers trip threshold must be set using Al. radiators</b>
+#*<b>Ion Chambers trip threshold must be set using diamond JD70-105 as well as the 4 Al. radiators (1 on goni, 3 on amorphous radiator ladder)</b>
 #*Tune electron beam with radiator retracted
 #**<b>Radiator (amorphous and diamond) must be retracted. Collimator should be in blocking position. </b>
 #***Typical levels are (for radiator retracted, collimator fully blocking, electron beam current 50 nA)
 #****RAD102_P1 <span style="color:#ff00ff">~ 10 mrad/hr</span> (tagger area, gammas, between tagger and dump)
-#****RAD102_P2 <span style="color:#ff00ff">< 0.1 mrad/hr</span> (tagger area, gammas, on the ground below the goniometer).
+#****RAD102_P2 <span style="color:#ff00ff">~30 mrad/hr</span> (tagger area, gammas, on the ground below the goniometer).
 #****RAD102_P3 <span style="color:#ff00ff">~ 0.3 mrem/hr</span> (tagger area, neutrons, near electronics racks)
 #****RAD508_P1 <span style="color:#ff00ff">< 0.1 mrad/hr</span> (collimator cave, gammas).
@@ Line 141: / Line 170: @@
 #*** Typical levels are (for 2×10<sup>-5</sup> radiator, electron beam current 50 nA)
 #****RAD102_P1= <span style="color:#ff00ff">35  mrad/hr</span> (tagger area, gammas, between tagger and dump)
-#****RAD102_P2= <span style="color:#ff00ff">< 0.5  mrad/hr</span> (tagger area, gammas, on the ground below the goniometer)
+#****RAD102_P2= <span style="color:#ff00ff">~ 50  mrad/hr</span> (tagger area, gammas, on the ground below the goniometer)
 #****RAD102_P3= <span style="color:#ff00ff"> ~2 mrem/hr</span> (tagger area, neutrons, near electronics racks)
 #****RAD508_P1= <span style="color:#ff00ff">~10 mrad/hr</span> (collimator cave, gammas).
@@ Line 150: / Line 179: @@
 #**Insert profiler (no need for masking FSD when an object is inserted in the photon line), run with 10×10<sup>-4</sup> radiator and 50 nA. Beam on the profiler should be at x=0.0±0.5cm; y=0.0±0.5cm. If not, inform MCC.
 #*Radiation level study (1h):
-#**Run 5 min without radiator (Call MCC and ask to mask the FSD each time the radiator is moved). Beam current: 50nA. Repeat at 100 nA and 200 nA
+#**Run 5 min without radiator (Call MCC and ask to mask the FSD each time the radiator is moved). Beam current: 50nA. Repeat at 100 nA and 200 nA. There is need to run the DAQ or stop the beam between each steps: the data are recorded by EPICS. However, the beam need to be off when moving to a different radiator for the next steps.
 #**Run 5 min with the 10<sup>-4</sup> radiator (Call MCC). Beam current: 50nA. Repeat at 100 nA and 200 nA
 #**Run 3 min with the 3*10<sup>-4</sup> radiator (Call MCC). Beam current: 50nA. Repeat at 100 nA and 200 nA
@@ Line 160: / Line 189: @@
 #**Until Hovanes determines to optimal 5C11b and Active Collimator position, keep profiler in and beam locked (MCC's duty) on the nominal 5C11b and x=0,y=0 profiler position. Once Active Collimator nominal beam position is known, retract profiler and lock the beam (MCC) on the active collimator.
 #Detector and beamline checkout.
-#*Reestablish L1 trigger Alex. Somov. 2h).
+#*Any time before starting production (beam quality is not important): microscope HV scan (2h, R. Jones)
+#*Reestablish L1 trigger (Alex. Somov. 2h).
+#*PS and TAGH HV scan.  (Alex. Somov. 1h).
 #*Reestablish DAQ (Sergei, 2h).
 #*General detector calibration (Sean Dobbs. (703-887-1776) 1h). Use 2×10<sup>-5</sup> Al. radiator. Beam current 200nA (Solenoid magnet is off)
 #**Run 15 min (solid time) in Long Mode (Mode 10)
 #**Run 15 min (solid time) in Production Mode (Mode 9).
-#??[https://halldweb.jlab.org/hdops/wiki/index.php/Fall_2018_CDC_HV_scan_procedure CDC] and [https://halldweb.jlab.org/hdops/wiki/index.php/HV_Scan_Fall_2016 TOF] HV scans (Naomi, Beni, 6h). Use 4.5×10<sup>-4</sup> Al. radiator (on goni). Beam current  140nA ??
+#[https://halldweb.jlab.org/hdops/wiki/index.php/Summer_2020_CDC_HV_scan_procedure CDC] HV scans (Naomi 6h). Use 4.5×10<sup>-4</sup> Al. radiator (on goni). Beam current  360nA
-#47 μm diamond (JD70-<font color="red">105, or 106??</font>) alignement check. (4 polarization configuration) (Hovanes. <font color="red">16h?? </font>).
+#47 μm diamond (Start on JD70-105) alignement check. Later during the run, align new JD70-103 (4 polarization configurations) (Hovanes. 2h ).
+#GlueX-II pre-production (20h)
+#*Identical as production below, but at 150 nA. One cycle of five 2h runs on 4 polarization configurations+1 amorphous.
 #GlueX-II production
-#*Standard configuration: 47 μm diamond, 120-300 nA, 5 mm hole, TPol on 75 μm TPol convertor. 2h runs <b>and no more, as it may be hard to correct for calibration drifts</b>. Cycle over 5 sets of runs: 0<sup>o</sup>, then 90<sup>o</sup>, then 45<sup>o</sup>, then 135<sup>o</sup>, then amorphous runs.
+#*Standard configuration: 47 μm diamond, 350 nA, 5 mm hole, TPol on 75 μm TPol convertor. 2h runs <b>and no more, as it may be hard to correct for calibration drifts</b>. Cycle over 5 sets of runs: 0<sup>o</sup>, then 90<sup>o</sup>, then 45<sup>o</sup>, then 135<sup>o</sup>, then amorphous runs.
-#**Amorphous runs: 4.5×10<sup>-4</sup> Al. radiator (on goni). 140-360 nA
+#**Amorphous runs: 4.5×10<sup>-4</sup> Al. radiator (on goni). 350 nA
 #*Log in run information in the shift summary (make a run list). For each production run, log useful comments on DAQ comment window, see [https://halldweb.jlab.org/hdops/wiki/index.php/Best_Practices/FAQ]
 #*Tagger quadrupole on
-#*Harp scan (30 min):<font color="red"> Every 2 days ??</font>.
+#*Harp scan (30 min): Every 2 days
-#*Empty target runs (2h: 1<sup>-</sup> h to empty/fill back the target, 1h running). Standard production current. After RF recovery.
+#*2 Empty target run (2h: 1<sup>-</sup> h to empty/fill back the target, 1h running). Standard production current. After TAC run, beam study or RF recovery.
-#One "TAC" run if we have enough time (Hovanes, A. Somov 8h) Fall 2019
+#One "TAC" run + test of new FCal divider.
 #* a few nA, thinest Al. radiator and ComCal.
 #* To be coordinated with MCC.
 #* Measure bleedthrough. If acceptable, (~nA or less), proceed with TAC-ComCal run. Otherwise, explore possibility for invasive TAC run.
-#*If commissioning and analysis were successful, once a day (?), a beam envelope measurement by rastering on Act. Col. ??min
+#*<font color="red"> If commissioning and analysis are successful, once a day (?), a beam envelope measurement by rastering on Act. Col. ??min </font>
 #*Long mode 10 min run. Once a week (20 min).
 #*Amorphous run. Every set of 4 diam. orientation runs. 1h Standard production current. Time to switch from pol. to unpol.: 10min.  time to switch from unpol. to pol.: 30min.
+#*Synchronize TAC run with test of new FCal divider (A. Somov).
+#Trigger test for the SRC experiment (A. Somov, 6 hours)
+#CPP trigger test (<font color="red">??34h??</font>).  (https://halldweb.jlab.org/wiki/index.php/CPP_Test_2020_-_Schedule discussion on tentative plan])  Could be done during pass change for Hall C on Sept. 4th.  There will be 2-3 days of running left depending on how smooth the pass change goes. If so, we likely need other tests to use the left beam time (We could do the TAC run then/Empty target run/...?)
 == Hall D situation room (current run plan) ==
@@ Line 190: / Line 226: @@
 == Runplan time charts==
 '''Summer 2020 time charts''':
-<!--[[File:f19week1.png|70px|thumb|none]]
-Fall 2019 commissioning/run time chart. Week 1.<br/>
+[[https://halldweb.jlab.org/wiki/index.php/File:Week1.png Run time chart. Week 1.]]
-The horizontal scale is the time during which beam is available (in other words, it would be the real time with 100% of beam efficiency).<br/>
+The horizontal scale is the time during which beam is available (in other words, it would be the real time with 100% of beam efficiency).
 The task time estimates given on the plot have 100% contingency.
-Run time chart. Week 2.
-Run time chart. Week 3.
+[[https://halldweb.jlab.org/wiki/index.php/File:Week2.png Run time chart. Week 2. ]]
--->
+[[https://halldweb.jlab.org/wiki/index.php/File:Week3.png Run time chart. Week 3. ]]
+[[https://halldweb.jlab.org/wiki/index.php/File:Week4.png Run time chart. Week 4. ]]
+[[https://halldweb.jlab.org/wiki/index.php/File:Week5.png Run time chart. Week 5. ]]
+[[https://halldweb.jlab.org/wiki/index.php/File:Week6.png Run time chart. Week 6. ]]
 <!--*
@@ Line 206: / Line 250: @@
 ==Accelerator status ==
-#* [https://cebaf.jlab.org/files/ops/accboard/ Link to accelerator short term schedule]
+#* [https://cebaf.jlab.org/files/ops/accboard/ Link to accelerator short term schedule (White board)]
+#* [https://cebaf.jlab.org/calendar/ Link to accelerator SAD calendar]
 #* Bluejeans code for the daily MCC meetings and Wednesday 1:30 meeting: 569476853
@@ Line 212: / Line 257: @@
 <span style="color:red">'''To be completed by Thurs. July. 23rd.'''  </span>
 * [https://accweb.acc.jlab.org/hco/reports/overall-status?destinationId=9&categoryId=401&systemId=&regionId=29&groupId=&qualified= Hot Check OUT Status]  ( [https://cebaf.jlab.org/hco/reports/overall-status?destinationId=9&categoryId=401&systemId=&regionId=29&groupId=&qualified= Hot Check OUT Status (off site test version)])
-<span style="color:green"> 3% ready </span>; <span style="color:#BABC3A">1% checked </span>; <span style="color:red">96% not ready  </span>
+<span style="color:green"> 100% ready </span>; <span style="color:#BABC3A">0% checked </span>; <span style="color:red">0% not ready  </span>
 ==Readiness for Fall 2019/Spring 2020 run ==
-<!--(This section is commented out for clarity) -->
+(This section is commented out for clarity)
-<strike></strike>
+<!--<strike></strike>
-*Solenoid (Eugene/Beni):
+<strike>*Solenoid (Eugene/Beni):
-*Surveys (Tim/Mark/Scott)
+**Tested ramp-up up to 800A.
-*DAQ  (Sergei).
+**HCO essentially done</strike>
-*Trigger (Alex S.).
+*<strike>Surveys (Tim/Mark Stevens/Scott)
+**No survey needed for this run preparation</strike>
+*<strike>DAQ  (Sergei).
+**Everything is running well
+**Took cosmic events last week end (July 4th-5th)</strike>
+*<strike>Trigger (Alex Somov).
+**Look fine with cosmic runs and LED run
+**Other trigger types have also been checked.</strike>
 *Beam line
-**Diamond status (Tim/Hovanes).
+**<strike>Diamond status (Tim/Hovanes).
-**Tagger hodoscope (A. Somov).
+***No change needed since last run.</strike>
-**Tagger microscope (Richard Jones/Beni).
+**<strike>Tagger hodoscope (A. Somov).
-**Goniometer (Hovanes).
+**Turned on and be tested. It's ready</strike>
+**Tagger microscope (R. Jones/Beni).
+***Beni turned it on (July 6th).
+***Richard will check dark rates and the do the HCO.
+**<strike>Goniometer (Hovanes).
+***Was tested this week (July 13th-18th) and works fine.
 **Collimator Motion (Hovanes).
-**Active collimator detectors(Richard Jones/Alexandre Deur)
+***Motion was tested this week (13th-18th) and works fine. </strike>
-**Profiler (Hovanes)
+** <strike>Active collimator detectors(R. Jones/A. Deur)
+***HCO done
+***N. Sandoval installed insulators to ground connections.
+***Richard reported that waveforms do not update on Monticello. This is now fixed.  </strike>
+**<strike>Profiler (Hovanes)
+***Looks good.</strike>
 **Luminosity monitor (aka Active Target) (Hovanes).
-**Halo monitors (Hovanes)
+***Mounted. Test and HCO needed
-**PS system (Alex Somov)
+** <strike>Halo monitors (Hovanes)
-**Polarimeter (M. Dugger/Beni/Fernando).
+***Mounted and ready  </strike>
-**LH2 Target (Tim/Alexandre D.)
+**<strike>PS system (Alex Somov)
-**TAC (Hovanes/Alex Somov).
+***Was turned on and looks fine.
+***Tim checked the PS magnet (also 2nd collimator sweeping magnet). They ramped-up fine. </strike>
+** <strike>Polarimeter (M. Dugger/Beni/Fernando).
+***Beni turned it on. It looks all fine (The voltage warning Beni reported on turned out to be a permanent feature).</strike>
+**<strike>LH2 Target (Tim/A Deur)
+***C. Keith checked  and prep it. All look fine.</strike>
+**<strike>TAC (Hovanes/Alex Somov).
+***Won't be use for TAC run for this run, but will be used for fiber tests</strike>
 **Slow control (Hovanes).
-**RF (Sergei)
+***Need to be checked (typically done at the end of HCO). A few devices display communication problems (target, PS magnet, Act. Col.)
-**Radiation monitors (Alexandre D.)
+**<strike>RF (Sergei)
-**x-ray W shield (Tim/Lubomir).
+***Checked and ready</strike>
+**<strike>Radiation monitors (A. Deur)
+***Checked this morning (July 13th). All look good (102_p1, 102_p2, 102_p3, 508_P1 and 508_P2)</strike>
+**<strike>x-ray W shield (Tim/Lubomir).
+No change. Ready.</strike>
 *Detector systems
-**ST (Mark Ito/Beni)
+**<strike>ST (Mark Ito/Beni)
-**FDC (Lubomir).
+***It was turned on and it looks fine</strike>
-**CDC (Beni).
+** <strike>FDC (Lubomir).
-**Gas system (Beni/Lubomir)
+***It was turned on and it looks fine. However, Lubomir rechecked it after alcohol is put in the gas system.  </strike>
-**BCal (Elton/Mark Dalton)
+**<strike>CDC (Beni).
-**FCal (Mark Dalton)
+***It was turned on and it looks fine</strike>
-**ComCal (in lieu of TAC) (Alex Somov).
+**<strike>Gas system (Beni/Lubomir)
-**TOF (Mark Ito/Beni).
+***It was turned on and it looks fine</strike>
-**DIRC (J. Stevens).
+**<strike>BCal (Elton/Mark Dalton)
-**GEM/TRD (Sergei/Lubomir).
+***It was turned on and it looks fine.
-**Monitoring (Alexander Austregesilo)
+***Was cool down to 5° (nominal operation temperature).</strike>
+**FCal (Mark Dalton/Colin Gleason)
+***It was turned on
+***10  bad channels were identified.
+***LED data to be taken.
+** <strike>ComCal (in lieu of TAC) (Alex Somov).
+***checked and ready. </strike>
+** <strike>TOF (Mark Ito/Beni).
+***Cosmic data showed anomalous ADC module behavior (bad timing). It is now fixed.
+***3 PMT signals  have lower amplitude, but they still seem to be ok.</strike>
+**<strike>DIRC (J. Stevens).
+***Was inspected last week (July 7th). Restored light tightness.
+***Tested with DAQ and everything looks fine.</strike>
+**<strike>GEM/TRD (Sergei/Lubomir).
+***In place and ready</strike>
+**<strike>Monitoring (Alexander Austregesilo)
+***Running fine without any problem.</strike>
 *RSAD and ESAD Safety documents (Beni):
+**<strike>All safety documentation is ready.</strike>
+**[https://www.jlab.org/Hall-D/hd_safety.php Hall D safety and training pages, with COVID-19 training requirement]
+**[https://www.jlab.org/memo/medcon-5-transition-updates MedCon5 page]
+**[https://www.jlab.org/memo/medcon-5-employeeuser-training-requirements JLab page giving staff and user COVID-19 training requirement]
 *Phones
 <!--**<font color="red">System experts should start looking for their phone and charger.</font>
 **<font color="red">System experts should have found their on-call phones by now and should start charging them.</font>
 **<font color="red">System experts should start carrying their (charged) phone.</font> -->
-*Hall Status/safety (Mark/Tim/Scott)
+<!--*Hall Status/safety (Mark/Tim/Scott)
-*Other topics?
+*Other topics? -->
 == Live Camera Feeds from the Four Counting Houses ==
@@ Line 263: / Line 356: @@
 # Management cautions AGAINST opening them from other locations or offsite, out of concern for available bandwidth.
-::* [https://physdiv.jlab.org/CountingHouses/# Live video feeds to four counting houses]
+== Running Shifts Remote ==
+* [[Remote shift concepts]]
+<!--::* [https://physdiv.jlab.org/CountingHouses/# Live video feeds to four counting houses]-->