Difference between revisions of "2019-07-18-LeadershipReports"

Revision as of 09:47, 5 August 2019

August 1, 2019 Report - July 22 - Aug 16 Director - Todd Satogata

Todd Satogata

  Previous two weeks (July 22 - August 2)
     - ADMIN: Travel, FY account planning
     - ADMIN: Academic writing workshop planning (Jul 24)
     - ODU: REU student mentoring, ODU presentation (Jul 26)/poster/paper prep
     - JLEIC: pCDR development, Aug 2 submission prep, coordination meetings
     - JLEIC: parameter tables coordination
  Next two weeks (Aug 5 - Aug 16)
     -

Alex Bogacz

  Previous two weeks (July 22 - Aug 2)
     - Vacation
     - PRAB paper review
  Next two weeks (Aug 5 - Aug 16)
     -

Rui Li

  Previous two weeks (July 22 - Aug 2)
     - Impedance studies
          - Setup JLEIC impedance meeting for 8/20 and update impedance wiki
          - Participate ALS-U impedance meeting and discussions
          - Continue to understand impedance analysis 
     - JLEIC collective instability studies
          - Start to prepare for the paragraph Andrei Sergi needed for the joint EIC paper for NAPAC
          - Discuss with Mike Blaskwicz on instability mitigations in EIC
     - CeC project
          - Participate in the CeC workshop with active discussions
          - Prepare and present summary for 1st session of CeC workshop
          - Continue to participate CeC weekly meeting 
  Next two weeks (Aug 5 - Aug 16) 
     - JLEIC collective instability studies
          - Start to prepare for the paragraph Andrei Sergi needed for the joint EIC paper for NAPAC
          - Discuss with Mike Blaskwicz on instability mitigations in EIC
     - CeC project
          - Prepare and present highlights of CeC workshop at JLEIC R&D meeting
          - Continue to participate CeC weekly meetings
     - JLEIC pCDR100
          - Read over new version of pCDR100 
          - Work on changes needed for the collective effect section

Edy Nissen

   Previous two weeks (July 22 - August 2)
     - I finished up my time as Optics on Call
     - I worked on a rough draft of the proposal for the DESIREE Experiment
     - I have been working on my section of the pCDR
   Next two weeks (Aug 5 - Aug 16)
     - I will finalize the DESIREE proposal
     - Continue any work needed for the pCDR

Chris Tennant

   Previous two weeks (July 22 - Aug 2)
     - 
   Next two weeks (Aug 5 - Aug 16)
     -

Accelerator R & D - Yuhong Zhang

Yuhong Zhang

  Previous two weeks (July 22 - Aug 2)
     - Attended EICUG Meeting and APS DPF2019 meeting, gave a talk in each conference
     - Developed design concept and parameters for high luminosity JLEIC
     - Word on appendix for preCDR100
     - Worked on FOA quarterly report
  Next two weeks (Aug 5 - Aug 16)
     - Complete pre-CDR related documents
     - Write papers for NA-PAC

Max Bruker

  Previous two weeks (July 22 - Aug 2)
     - Shake some more hands
     - Familiarize myself further with JLEIC
  Next two weeks (Aug 5 - Aug 16)
     -

Fanglei Lin

  Previous two weeks (July 22 - Aug 2)
       - Working on updating the IR design in the electron collider ring
       - Working on the transparent spin project
       - Working on the storage ring cooler project
       - Preparing tutorial material for ZGOUBI workshorp
       - Miscellaneous: attended the Innovative HE Cooling Project Status meeting, attended the Storage Ring Cooler 
         meeting, attended JLEIC R&D meeting, attended ZGOUBI workshop committee meetings, attended JLEIC general meeting, 
         attended IP magnet design meeting, attended teleconference on transparent spin test meeting, attended Packing 
         factor/drift limit program meeting
  Next two weeks (Aug 5 - Aug 16)
       - Work on updating the IR design in the electron collider ring
       - Work on the storage ring cooler project
       - Prepare tutorial material for ZGOUBI workshop

Bhawin Dhital

   Previous two weeks (July 22 - Aug 2)
     - Working on elegant simulation using real parameters for RF cavities instead of using matrices.
     - Introducing real lattices in elegant simulation instead of using matrices.
   Next two weeks (Aug 5 - Aug 16)
     - Will be working on longitudinal stability. Have to fix the problem introduced by non-linearity in accelerating
       cavity.
     - Start to write a paper for NAPAC2019.
     - Have to make more progress in \ Two Energy Storage Ring Cooler".

Vasiliy Morozov

   Previous two weeks (July 22 - Aug 2)
     - Preparation for the CFNS summer school
     - Preparation of DoE quarterly reports
     - Updating the pre-CDR
     - Spin and beam dynamics simulations
   Next two weeks (Aug 5 - Aug 16)
     -

Amy Sy

   Previous two weeks (July 22 - Aug 2)
     - Distribution mapping for pre-strip to post-strip lead ion distributions based on parameterization from TRIM 
       simulations.
     - PreCDR updates to ion sources and ion linac sections, particularly updating the ion linac section of Chapter 5. New
       end-to-end simulations for all three linacs and updates to the preCDR text to reflect the simulation results.
     - H- linac optimization in TRACK; end-to-end simulations for the 150 MeV linac result in ~100% emittance growth in
       the H- beam, so optimization is in progress to improve on this emittance at the linac exit. Also implementing 
       alternating polarity in the solenoids of the accelerating cavities, in case of acceleration of vertically-polarized
       ions.
   Next two weeks (Aug 5 - Aug 16)
     - Continued work on linac optimization for reduced transverse emittance.
     - Continued work on the stripping chicane optics design and matching to the stripped beam distribution.
     - Continued work with PyORBIT including: troubleshooting the DTL linac implementation and lack of beam stability, and
       optimization of the superconducting portion of the linac for better matching with TRACK. Also plan to discuss with
       ANL the possibility of converting the RF cavity field map files from binary Fortran files to something that can be
       read into PyORBIT.

Computational Physics - Yves Roblin
Yves Roblin

   Previous two weeks (July 22 - Aug 2)
     - CEBAF:
     - JLEIC
   Next two weeks (Aug 5 - Aug 16)
     -

Randy Gamage

   Previous two weeks (July 22 - Aug 2)
     - Bare lattice DA optmization using tune
     - More DA studies with SuperKEKB data
   Next two weeks (Aug 5 - Aug 16)
     - Add ER FFQ data from G.Sabbi (LBNL) added as integrated multipoles for both ends of quads
     - Add multipole compensation (initial iteration)

River Huang

   Previous two weeks (July 22 - Aug 2)
     - 
   Next two weeks (Aug 5 - Aug 16)
     -

Isurumali Neththikumara

   Previous two weeks (July 22 - Aug 2)
     - 
   Next two weeks (Aug 5 - Aug 16)
     -

He Zhang

   Previous two weeks (July 22 - Aug 2)
     - Cooling code development - Added synchrotron oscillation in to sweeping effect simulation. In the sweeping effect,
       each time step still covers many synchrotron oscillation periods. So I just give a random phase advance to each ion
       to represent the synchrotron oscillation. After taking this oscillation into account, the sweeping effect still
       works but becomes weaker. Another thing to notice is that the proton velocity distribution is swept to one end
       without the synchrotron oscillation, while it stays in the middle with the oscillation.   
     - Beam-beam effect - Following Ji’s example, I add the C++ code of map-based symplectic tracking to BeamBeam3D. The
       files compile well but I always get an MPI error when running the executable file with mpirun. Tried to compile
       Ji’s original code and got the same error. I suspect this is not due to the new code. I am asking for help from Yun
       and Ji. 
     - IBS calculation - We have received the lattice of eRHIC and  their ion beam parameters. I have picked up one set of
       parameters and calculated the IBS time, which agrees with their calculation.  
   Next two weeks (Aug 5 - Aug 16)
     - Personal leave

Diagnostic Development - Kevin Jordan

Kevin Jordan

   Previous two weeks (July 22 - Aug 2)
     - 
   Next two weeks (Aug 5 - Aug 16)
     -

Joe Gubeli

   Previous two weeks (July 22 - Aug 2)
     - 
   Next two weeks (Aug 5 - Aug 16)
     -

Michael Tiefenback

   Previous two weeks (July 22 - Aug 2)
     - Vacation interleaved with remotely addressing HPS and magnet system configuration
   Next two weeks (Aug 5 - Aug 16)
     - Vacation leave plus dealing on-site with HPS and magnet system configuration issues

CASA Fellows
LERF - Steve Benson

   Previous two weeks (July 22 - Aug 2)
     - Completed quarterlies for the FOA contract and the budget for the isotope project.
     - Continued to work on updating the Pre-CDR-100 chapter 6.
     - Helped to host visiting graduate students from the University of New Mexico Institute of Mining Technology
     -	Set up shipment for LDRD to Fermilab.
     -	Hosted Ivan Konoplev for seminar and set up seminar for Steve Jamison.
     -	Completed drafts of all documents for Isotope ERR
   Next two weeks (Aug 5 - Aug 16)
     - Complete chapter 6 for Pre-CDR
     -	Host seminar for Grigory Eremeev
     -	Finalize documentation for isotope ERR
     -	Start putting together talks for ERL 2019
     -	Set up seminars for other Scientist III candidates

Andrew Hutton

Previous two weeks (July 22 - Aug 2 )
- July 22- July 29: primary focus on the isotope project
- July 22: visit to VCU to test out our designs for the crucible removal and opening using a remote manipulator. It
was successful, but several opportunities for improvement were noted , and have since been made by Kevin and Joe.
- July 22 - July 26: visit by Robert Bentley and Geno Santistevan, PhD students at New Mexico Tech. They attempted
to make thermal measurements (a bust) carried out FLUKA calculations to determine the amount of radiation
immediately following the irradiation and following the decay. We have tentatively changed our irradiation
protocol for 10 hour cool-down time rather than 24 hours initially proposed. This enables us to extend the
irradiation time for more Cu67 production.
- July 26: the quarterly report for the isotope project was submitted to the DOE on time.
- July 29-August 2: Read large portions of the pCDR-100 and made corrections, mostly English but some substantive
comments. Also spent a lot of time with Sarah who finally got GPT running on the WiFEL Gun. Sarah presented at
the Friday lunchtime poster session and had a lot of interactions with people (who would be surprised?).
Next two weeks (Aug 5 - Aug 16)
- Focus on nailing down the Isotope run and helping Steve finalize the safety documentation.
- Continue the pCDR editing
- Help Sarah really make progress on the WiFEL simulations.

Difference between revisions of "2019-07-18-LeadershipReports"

Revision as of 09:47, 5 August 2019

Navigation menu

Search

@@ Line 28: / Line 28: @@
 Rui Li
-    Previous two weeks (July 8 - July 19)
+    Previous two weeks (July 22 - Aug 2)
-      - Participate the weekly ALS-U impedance meeting
-           - Interesting discussions with Karl Bane and Bob Warnock at the meeting
-           - Bob Warnock is modifying his code on microwave instability so that he can send to me  to run for JLEIC case
-      - Prepare for JLEIC impedance meeting on 6/17:
-           - Talking to Tim Michalski to prepare presentation on vision and status of the engineering design
-           - Talking to Rimmer to prepare presentation on vision and status of the feedback system
-      - Uneven bunch spectrum
-           - Write up technote for my analysis,
-           - start to look at its impact on the coupled-bunch instability growth rate
-      - Plasma cascade in the BNL Coherent-electron-cooling
-           - Read reference papers on, trying to catch up on their current status
-           - Remotely participated one CeC operation meeting on their upcoming experiment
-      - Assisted Walter Wittmer on R&D list
-           - Work with Bob Rimmer to prepare documents Walter requested for the R&D list, in particular, I'm the P.I. of
-             block 6 (impedance and instabilities) in the list
-           - Assisted with CBETA on CSR induced microbunching instability
-           - Georg's graduate student, William Lou, is following our suggestion to do convergence test of the microbunching
-             instability. He had questions for me and my former student Cheng-Ying Tsai. And we are helping him on the
-             problems.
-   Next two weeks (July 22 - Aug 2)
        - Impedance studies
-            - Organize the JLEIC impedance meeting on 7/16
+            - Setup JLEIC impedance meeting for 8/20 and update impedance wiki
             - Participate ALS-U impedance meeting and discussions
             - Continue to understand impedance analysis
-           - Help to coordinate impedance budget study at JLAB
+       - JLEIC collective instability studies
-       - Coupled bunch instability
+            - Start to prepare for the paragraph Andrei Sergi needed for the joint EIC paper for NAPAC
-            - Continue with technote writing
+            - Discuss with Mike Blaskwicz on instability mitigations in EIC
-            - Continue with analysis of coupled bunch instability and the study of the impact of uneven bunch distribution
-             on growth rate
        - CeC project
-            - Continue to understand the underline physics
+            - Participate in the CeC workshop with active discussions
-            - Continue to participate their weekly meeting
+           - Prepare and present summary for 1st session of CeC workshop
-       - CSR in CBETA
+            - Continue to participate CeC weekly meeting
-            - Continue to give support/help on their CSR studies
+   Next two weeks (Aug 5 - Aug 16)
+       - JLEIC collective instability studies
+           - Start to prepare for the paragraph Andrei Sergi needed for the joint EIC paper for NAPAC
+           - Discuss with Mike Blaskwicz on instability mitigations in EIC
+      - CeC project
+           - Prepare and present highlights of CeC workshop at JLEIC R&D meeting
+            - Continue to participate CeC weekly meetings
+      - JLEIC pCDR100
+           - Read over new version of pCDR100
+           - Work on changes needed for the collective effect section
@@ Line 69: / Line 58: @@
 Edy Nissen
-     Previous two weeks (July 8 - July 19)
+     Previous two weeks (July 22 - August 2)
-       - Worked on tuning the LEB
+       - I finished up my time as Optics on Call
-       - Have been performing some duties as optics on call
+       - I worked on a rough draft of the proposal for the DESIREE Experiment
-       - Have been working on my proposal for the DESIREE experiment.
+       - I have been working on my section of the pCDR
-     Next two weeks (July 22 - Aug 2)
+     Next two weeks (Aug 5 - Aug 16)
-       - I will finish and submit the proposal to the University of Stockholm
+       - I will finalize the DESIREE proposal
-       - Finish up my tenure as Optics on Call
+       - Continue any work needed for the pCDR
-      - Finish up my redesign work on the two boosters
@@ Line 83: / Line 71: @@
 Chris Tennant
-     Previous two weeks (July 8 - July 19)
+     Previous two weeks (July 22 - Aug 2)
-       - Final LDRD slide prep and presentation
+       -
-      - BNL CeC telecon presentation on greenfield ERL design
+     Next two weeks (Aug 5 - Aug 16)
-      - LERF Ops (single day for isotope run)
+       -
-      - Work on JSA initiative proposal
-      - Bagels with Andrei
-      - Interview panel for Machine Learning Programmer Analyst posting
-      - Leading ML Lunch Series
-      - Lay out 476 MHz version of linac for JLEIC ERL cooler
-     Next two weeks (July 8 - July 19)
-       - Propagate distribution from Fay through (completed) parts of JLEIC ERL cooler
-      - BNL CeC analysis of greenfield front end design
-      - Work on RF classifier pipeline
@@ Line 108: / Line 87: @@
 Yuhong Zhang
-    Previous two weeks (June 24 - July 5)
+    Previous two weeks (July 22 - Aug 2)
-       - Developed estimated luminosity curves for 140 GeV JLEIC with or without high energy cooling
+       - Attended EICUG Meeting and APS DPF2019 meeting, gave a talk in each conference
-       - Worked on a concept for 140 GeV JLEIC
+       - Developed design concept and parameters for high luminosity JLEIC
-       - Read chapter 3 of pre-CDR-100 and made corrections
+       - Word on appendix for preCDR100
-       - Worked on three talk slides.
+       - Worked on FOA quarterly report
-    Next two weeks (July 8 - July 19)
+    Next two weeks (Aug 5 - Aug 16)
-       - Continue work from previous weeks
+       - Complete pre-CDR related documents
+      - Write papers for NA-PAC
@@ Line 120: / Line 101: @@
 Max Bruker
-    Previous two weeks (July 8 - July 19)
+    Previous two weeks (July 22 - Aug 2)
-      - Relocation
-      - Orientation and training
-      - Read some JLEIC-related material
-   Next two weeks (July 22 - Aug 2)
        - Shake some more hands
        - Familiarize myself further with JLEIC
+   Next two weeks (Aug 5 - Aug 16)
+      -
@@ Line 133: / Line 112: @@
 Fanglei Lin
-    Previous two weeks (July 8 - July 19)
+    Previous two weeks (July 22 - Aug 2)
          - Working on updating the IR design in the electron collider ring
          - Working on the transparent spin project
@@ Line 142: / Line 121: @@
            attended IP magnet design meeting, attended teleconference on transparent spin test meeting, attended Packing
            factor/drift limit program meeting
-    Next two weeks (July 8 - July 19)
+    Next two weeks (Aug 5 - Aug 16)
          - Work on updating the IR design in the electron collider ring
-        - Work on the transparent spin project
          - Work on the storage ring cooler project
          - Prepare tutorial material for ZGOUBI workshop
@@ Line 152: / Line 131: @@
 Bhawin Dhital
-     Previous two weeks (July 8 - July 19)
+     Previous two weeks (July 22 - Aug 2)
        - Working on elegant simulation using real parameters for RF cavities instead of using matrices.
        - Introducing real lattices in elegant simulation instead of using matrices.
-      - Understanding the theory on damping time and energy spread in two energy storage ring ( Dr. Krafft's tech note).
+     Next two weeks (Aug 5 - Aug 16)
-      - Making more progress in stability condition in two energy storage ring.
+       - Will be working on longitudinal stability. Have to fix the problem introduced by non-linearity in accelerating
-      - Enjoyed couple of days in New York. Found that CASA, Jefferson Lab is the best place for me to enjoy.
+        cavity.
-     Next two weeks (July 22 - Aug 2)
+       - Start to write a paper for NAPAC2019.
-       - Come up with the final longitudinal stability in two energy storage ring with real lattices and real cavities.
+       - Have to make more progress in \ Two Energy Storage Ring Cooler".
-      - Introducing the damping element in simulation, calculate the damped emittance.
-       - Understand the concept of multiple energy storage ring ( Dr. Krafft new idea).
-       - Start to think about NAPAC2019.
@@ Line 168: / Line 144: @@
 Vasiliy Morozov
-     Previous two weeks (July 8 - July 19)
+     Previous two weeks (July 22 - Aug 2)
-      - Transparent spin experiment: spin tracking simulations, error analysis, teleconference with BNL collaborators
-      - Study of the 400 GeV ion collider ring upgrade: IR redesign, crab crossing estimates and polarization control scheme
-      - Support of Walter's work
-    Next two weeks (July 22 - Aug 2)
        - Preparation for the CFNS summer school
        - Preparation of DoE quarterly reports
        - Updating the pre-CDR
        - Spin and beam dynamics simulations
+    Next two weeks (Aug 5 - Aug 16)
+      -
@@ Line 182: / Line 156: @@
 Amy Sy
-     Previous two weeks (July 8 - July 19)
+     Previous two weeks (July 22 - Aug 2)
-       - Parameterization of the probability distribution for exit energies and angles for 13.1 MeV/u lead ions passing
+       - Distribution mapping for pre-strip to post-strip lead ion distributions based on parameterization from TRIM
-         through carbon foils as a function of foil thickness and incident beam energy. Bilinear interpolation of the
+         simulations.
-        probability distribution to account for variance in the foil thickness and energy spread in the incident beam.
+      - PreCDR updates to ion sources and ion linac sections, particularly updating the ion linac section of Chapter 5. New
-      - Mapping of the distribution for ions before the stripping foil to a distribution accounting for the energy straggle
+        end-to-end simulations for all three linacs and updates to the preCDR text to reflect the simulation results.
-        and growth of angular spread due to multiple scattering effects in the stripping foil.
+       - H- linac optimization in TRACK; end-to-end simulations for the 150 MeV linac result in ~100% emittance growth in
-       - Initial simulations in TRACK of stripping effects and transport of lead ion beams containing multiple charge states;
+         the H- beam, so optimization is in progress to improve on this emittance at the linac exit. Also implementing
-         previous simulation included beam only stripped to a single charge state, and did not include energy or angular
+         alternating polarity in the solenoids of the accelerating cavities, in case of acceleration of vertically-polarized
-         spread effects in the stripped beam.
+        ions.
-      - Some preliminary upstream stripping chicane elements implemented in MADX for initial beam optics matching.
+     Next two weeks (Aug 5 - Aug 16)
-     Next two weeks (July 22 - Aug 2)
+       - Continued work on linac optimization for reduced transverse emittance.
-       - Continued work on the distribution mapping for pre-strip to post-strip lead ion distributions, and stripping chicane
+      - Continued work on the stripping chicane optics design and matching to the stripped beam distribution.
-        optics design and matching to the stripped beam distribution.
+       - Continued work with PyORBIT including: troubleshooting the DTL linac implementation and lack of beam stability, and
-       - Continued work with PyORBIT including: troubleshooting the DTL linac implementation and lack of beam stability, and
+         optimization of the superconducting portion of the linac for better matching with TRACK. Also plan to discuss with
-         optimization of the superconducting portion of the linac for better matching with TRACK. Also plan to discuss with
+         ANL the possibility of converting the RF cavity field map files from binary Fortran files to something that can be
-         ANL the possibility of converting the RF cavity field map files from binary Fortran files to something that can be
          read into PyORBIT.
-      - Also the possibility of implementing the stripping chicane in PyORBIT for more flexibility in handling modified beam
-        distributions - TRACK does not appear able to do this.
@@ Line 210: / Line 182: @@
 '''Computational Physics - Yves Roblin'''<br>
 Yves Roblin
-     Previous two weeks (July 8 - July 19)
+     Previous two weeks (July 22 - Aug 2)
-       -  CEBAF:
+       - CEBAF:
-           - Bteam, optics on call, machine setup
+       - JLEIC
-           - Technote writing on multiscanner emittance and beam properties determination in hall A.
+     Next two weeks (Aug 5 - Aug 16)
-       - JLEIC:
+       -
-           - Quarterly report on beam-beam tools
-           - Investigating non linear RF transport in BB3D
-     Next two weeks (July 22 - Aug 2)
-       - More CEBAF optics support
-      - Simulation of bbeam kinematics for pCDR
@@ Line 225: / Line 192: @@
 Randy Gamage
-     Previous two weeks (July 8 - July 19)
+     Previous two weeks (July 22 - Aug 2)
-       - Scaled SuperKEKB FFQ multipole data
+       - Bare lattice DA optmization using tune
-       - Compared results obtained by different methods used to compensate chromaticity and found a larger DA than previous
+       - More DA studies with SuperKEKB data
-        result.
+     Next two weeks (Aug 5 - Aug 16)
-      - Dynamic aperture with multipoles on one upstream FFQ using the SuperKEKB data
+       - Add ER FFQ data from G.Sabbi (LBNL) added as integrated multipoles for both ends of quads
-      - Maximize bare lattice DA using tune (in progress) [tune: A program to apply the MINUIT minimization engine to an
+       - Add multipole compensation (initial iteration)
-        arbitrary script.]
-     Next two weeks (July 22 - Aug 2)
-       - Maximize bare lattice DA using tune (in progress)
-       - Continue dynamic aperture studies with multipoles.
@@ Line 240: / Line 204: @@
 River Huang
-     Previous two weeks (July 8 - July 19)
+     Previous two weeks (July 22 - Aug 2)
-       - Spin Transparency Mode - For Spin Tracking (±𝟎° for two snakes, no IP bumps, 𝒔𝒚𝒏𝒄𝒉𝒓𝒐𝒏𝒐𝒖𝒔 𝒑𝒉𝒂𝒔𝒆=𝝅), the effects of
+       -
-        adjusting the reference closed orbit length have been teased and checked. Involving the configuration for
+     Next two weeks (Aug 5 - Aug 16)
-        accelerations, the different configurations of Zgoubi parameter, “CAVITE”, have been tested.
+       -
-            - For Spin Tracking (±𝟎° for two snakes, no IP bumps, 𝒔𝒚𝒏𝒄𝒉𝒓𝒐𝒏𝒐𝒖𝒔 𝒑𝒉𝒂𝒔𝒆=0) using different RHIC’s configurations,
-              we have carried out the precise calibration on ALE angle and B1-field for PHIC’s configurations based on
-              Vasiliy’s analytic solution. Now the revised RHIC’s configuration will yield the spin transparent.
-            - For Spin Tracking (±𝟎° for two snakes, with chromaticity’ compensation), Y-shift, Z-shift and the skew angle
-              changes have been introduced in RHIC’s configurations. The effect of the above shifts has been studied both in
-              the statistic results and Zgoubi simulation results.
-            - For Spin Tracking (±𝟎° for two snakes, with chromaticity’ compensation), the closed orbit was studied.
-            - The research progress was reported on the teleconference on transparent spin meeting (July 18, 2019)
-      - Program codes for Zgoubi - As a supplementary of Zgoubi, we designed and completed the following Python based
-        program codes:
-            - ALE_and_B1_Calibration.py
-            - ChangeREF_DY_DZ_for_Multipole_and_SkewAngle_for_Bend.py
-            - Closed_orbit_sigma_ALE_B1_and_DY_DZ.py
-            - Closed_orbit_sigma_ALE_B1_and_DY_DZ_and_Dphi.py
-     Next two weeks (July 22 - Aug 2)
-       - Keep working on the project of “Theoretical and Experimental Study of the Spin Transparency Mode in an EIC”.
@@ Line 265: / Line 213: @@
 Isurumali Neththikumara
-     Previous two weeks (July 8 - July 19)
+     Previous two weeks (July 22 - Aug 2)
-       - Compared the luminosity output for all proposed energy values for JLEIC using BB3D and GHOST and calculated their
+       -
-        relative differences.
+     Next two weeks (Aug 5 - Aug 16)
-      - Performed convergence studies to find the best slice number for hourglass simulation.
+       -
-      - Calculated the hourglass reduction using GHOST for CDR44.7 GeV
-     Next two weeks (July 22 - Aug 2)
-       - Perform gear changing simulations required for the submitted abstract of NAPAC2019
-      - Study the beam-beam dynamics with gear-changing
@@ Line 279: / Line 223: @@
 He Zhang
-     Previous two weeks (June 24 - July 5)
+     Previous two weeks (July 22 - Aug 2)
-       - Cooling code development - A model for sweeping effect has been added to JSPEC. We first calculated the maximum
+       - Cooling code development - Added synchrotron oscillation in to sweeping effect simulation. In the sweeping effect,
-        friction for the given ion beam, electron beam and electron cooler. Then we calculate the proper acceleration of the
+         each time step still covers many synchrotron oscillation periods. So I just give a random phase advance to each ion
-         electron beam for the sweeping process and the time needed for it. Once the motion of the electron beam is
+         to represent the synchrotron oscillation. After taking this oscillation into account, the sweeping effect still
-        is determined, the sweeping process is simulated in n steps, where n is a number defined by the user. In each step,
+         works but becomes weaker. Another thing to notice is that the proton velocity distribution is swept to one end
-         the friction force on all the ions are calculated with the increased relative velocity due to the motion of the
+         without the synchrotron oscillation, while it stays in the middle with the oscillation.
-        electron beam and the kicks are applied on all ions. In the test run, the sweeping effect has been successfully
+       - Beam-beam effect - Following Ji’s example, I add the C++ code of map-based symplectic tracking to BeamBeam3D. The
-         observed. But there are some issues left in the test: (1) cooling is artificially strengthened for demonstration;
+        files compile well but I always get an MPI error when running the executable file with mpirun. Tried to compile
-        (2) transverse temperature of the ion beam is assumed to be zero; (3) synchrotron motion is ignore; (4) IBS effect
+        Ji’s original code and got the same error. I suspect this is not due to the new code. I am asking for help from Yun
-        is ignored. Will include these effect one by one later in the simulations.
+        and Ji.
-         Coding of the IBS formula by Kubo and Oide is finished, but the result is wrong. Has not figure out it is a bug in
+       - IBS calculation - We have received the lattice of eRHIC and  their ion beam parameters. I have picked up one set of
-        the code or any mistakes in the methodology that I implied.
+        parameters and calculated the IBS time, which agrees with their calculation.
-       - Beam-beam effect - Revised our C++ symplectic tracking code and shipped it to Yun Luo.
+     Next two weeks (Aug 5 - Aug 16)
-       - Others - Prepared the talk for my LDRD application and present to the LDRD review panel.
+       - Personal leave
-     Next two weeks (July 8 - July 19)
-       - Add symplectic tracking to BB3D and verify the codes together with Yun Luo.
-      - Continue sweeping effect simulation.
-      - Abstract for COOL’19 conference.
@@ Line 305: / Line 245: @@
 Kevin Jordan
-     Previous two weeks (June 24 - July 5)
+     Previous two weeks (July 22 - Aug 2)
+      -
+    Next two weeks (Aug 5 - Aug 16)
        -
-    Next two weeks (July 8 - July 19)
@@ Line 313: / Line 254: @@
 Joe Gubeli
-     Previous two weeks (July 8 - July 19)
+     Previous two weeks (July 22 - Aug 2)
-       - HPWS: The linear motor controller is undersized for the HWPS when the stage in at 45 degrees. This angle is the
+       -
-        nominal operation angle. A collaborator from Radiabeam was here for a couple of day to try tuning the drive for
+     Next two weeks (Aug 5 - Aug 16)
-        better performance. This didn’t work and a larger
+       -
-        driver was ordered. The HPWS was moved to the optical table to allow operations in the horizontal position. This
-        allowed us to test the EPICS controls and to obtain scan data for a student summer project.
-      - Isotope: Helped with aligning and testing the diagnostics. Worked with operations during the two day run. At the end
-        we were able to thread beam to the 1G dump.
-      - FAST: Designed the tungsten slit plate, new fork and gimbal plate. The gimbal plate will allow the fork to be set
-        normal to the beam. The new fork and gimbal plate have been made and are ready for cleaning. Order titanium bolts to
-        replace the silver plated bolts in the LDRDS.
-     Next two weeks (July 22 - Aug 2)
-       - HPWS: Use the new dynamic tuning SW to improve performance before the larger controller arrives. Test the
-        incremental encoder with a long cable.
-      - Isotope: Complete the alignment and installation of the shield wall. Support the upcoming review.
-      - FAST: Supervise the disassembly, cleaning and partial assembly of the LDRDS.
-      - Halo Monitor: Align and install a fiber coupler and camera assemble to be able to obtain spectrum from the
-        electron/BNNT interaction.
@@ Line 336: / Line 263: @@
 Michael Tiefenback
-     Previous two weeks (July 8 - July 19)
+     Previous two weeks (July 22 - Aug 2)
-       - Spent essentially all of my time on real-time support of the accelerator tuning and improvements to the Hall B setup
+       - Vacation interleaved with remotely addressing HPS and magnet system configuration
-        process (see below).  Plus a few days of vacation leave.
+     Next two weeks (Aug 5 - Aug 16)
-           - The envelope-based matching scheme I proposed to improve accelerator tuning (prospectively supported by the Arc
+       - Vacation leave plus dealing on-site with HPS and magnet system configuration issues
-A SLM complement, of which the 7A08 sync. light monitor is the first) is the motivation of the process I
-             initiated with operators during tuning of the accelerator this round.  It became clear that with the Spreader
-             matching quadrupoles "on design," empirical adjustment of the defined envelope tuning knobs of the previous
-             Recombiner to make the viewer spots of the following recirculation arc most alike was a protocol which matched
-             the beam across the linac in a "best practically achievable" sense.  This provides minimally perturbed beam
-             optics across the linac and through the Spreader, minimizing time in execution to make the qsUtility scans and
-             re-match through the Spreader.  Boron Nitride NanoTube material, as recently installed at viewer ITV7A09, may
-             also provide a sufficiently well-resolved image of the beam (although invasive in image acquisition) to serve
-             this purpose. This may be a feasible alternative to distributing SLMs throughout the arcs, sidestepping the
-             characteristic blooming limitation of the original ChromOx viewer material which has prevented application of
-             the original (late '80s) design intent of using the viewers in this way.
-     Next two weeks (July 22 - Aug 2)
-       - Scheduled leave for the following two-week calendar period
@@ Line 360: / Line 274: @@
 LERF - Steve Benson
-     Previous two weeks (July 8 - July 19)
+     Previous two weeks (July 22 - Aug 2)
-       - Worked on finalizing documentation for Isotope ERR.
+       - Completed quarterlies for the FOA contract and the budget for the isotope project.
-      - Worked on quarterly summaries for FOA contract and budget for Isotope quarterly.
+       - Continued to work on updating the Pre-CDR-100 chapter 6.
-       - Assisted in running the LERF beam to the 1G dump to check out the Beamline hardware for isotope production.
+      - Helped to host visiting graduate students from the University of New Mexico Institute of Mining Technology
-       - Set up two August Accelerator Seminars.
+      -	Set up shipment for LDRD to Fermilab.
-       - Reviewed RSI paper.
+       -	Hosted Ivan Konoplev for seminar and set up seminar for Steve Jamison.
-     Next two weeks (July 22 - Aug 2)
+       -	Completed drafts of all documents for Isotope ERR
-       -	Get LDRD sent to Fermilab.
+     Next two weeks (Aug 5 - Aug 16)
-       - Finalize documentation for isotope ERR
+       - Complete chapter 6 for Pre-CDR
-       - Complete quarterlies for the FOA contract and the budget for the isotope project.
+      -	Host seminar for Grigory Eremeev
-       - Continue to work on updating the Pre-CDR-100 chapter 6.
+       -	Finalize documentation for isotope ERR
+       -	Start putting together talks for ERL 2019
+       -	Set up seminars for other Scientist III candidates
@@ Line 376: / Line 293: @@
 Andrew Hutton
-     Previous two weeks (July 8 - July 19)
+     Previous two weeks (July 22 - Aug 2 )
-       - Attended the SuperKEKB Review in Japan July 8-10. A lot of  information that is very relevant to JLEIC, particularly
+       - July 22- July 29: primary focus on the isotope project
-        in the background and collimation topics.
+      - July 22: visit to VCU to test out our designs for the crucible removal and opening using a remote manipulator. It
-         All the talks are available on the web at http://www-kekb.kek.jp/MAC/.
+         was successful, but several opportunities for improvement were noted , and have since been made by Kevin and Joe.
-       - Then a few days vacation in Koyasan
+       - July 22 - July 26: visit by Robert Bentley and Geno Santistevan, PhD students at New Mexico Tech.  They attempted
-      - This week in Isotopes,  we have got pulsed beam to the 1G dump, still need CW (awaiting the MPS masks) and then
+        to make thermal measurements (a bust) carried out FLUKA calculations to determine the amount of radiation
-         getting the beam to our target, the 1X line.  We have
+         immediately following the irradiation and following the decay.  We have tentatively changed our irradiation
-         made considerable progress on the equipment to unscrew the carbon plug in the back of the crucible (Kevin has built
+         protocol for 10 hour cool-down time rather than 24 hours initially proposed.  This enables us to extend the
-        a turntable to rotate the crucible in the hot-cell while the remote manipulator is used to hold the plug).
+         irradiation time for more Cu67 production.
-         Everything is now ready for a trial transfer to VCU.  We will pack the crucible into the pig into the shipping
+      - July 26: the quarterly report for the isotope project was submitted to the DOE on time.
-        container today.
+       - July 29-August 2: Read large portions of the pCDR-100 and made corrections, mostly English but some substantive
-       - I did a little editing of the pCDR.  I also spent some time with Sarah.
+        comments.  Also spent a lot of time with Sarah who finally got GPT running on the WiFEL Gun.  Sarah presented at
-     Next two weeks (July 22 - Aug 2)
+        the Friday lunchtime poster session and had a lot of interactions with people (who would be surprised?).
-       - We (Kevin, Joe and Keith Welch) will go up to VCU on Monday to test the unpacking of the pig from the shipping
+     Next two weeks (Aug 5 - Aug 16)
-        container (with VCU RadCon) and then opening the pig in the hot-cell using remote manipulators (with Jamal’s group.
+       - Focus on nailing down the Isotope run and helping Steve finalize the safety documentation.
-        The two students from NMT, Geno Santistevan and Robert Bentley, will be here next week.  They will be doing
+       - Continue the pCDR editing
-        thermal transfer measurements and getting up to speed on everything we have been doing.  I have asked them to give
+       - Help Sarah really make progress on the WiFEL simulations.
-        us a presentation of their work so far.
-       - I will also be doing a lot of pCDR editing.
-       - This is Sarah’s last two weeks, so she might need help finishing her project.  The poster and paper are already
-        partially written.