Difference between revisions of "CH PAS Master Timeline"

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* Emailed Jack Bradley to get centos 7 disk
 
* Emailed Jack Bradley to get centos 7 disk
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* Did trial cuts on poly with Dr. Forest and found a method that gives accurate cuts
  
 
=Future tasks not on meeting task list=
 
=Future tasks not on meeting task list=

Revision as of 23:40, 14 July 2021

Timeline

This page will be used to document when each task is started/completed as a master reference for all work accomplished. The plan is to make my life easier when I have to look through months of work.

May

5/10/21

  • Attended intern orientation for first day at INL
  • Completed training this week as well as began NaI plateau setup

5/11/21

  • Put first coat of paint onto lead bricks to be used as shielding in PAS experiment

5/12/21

  • Moved steel table from LDS to clean room and began set up

5/17/21

  • Sheared a lead sheet into 6 rough 3"x3" squares to be used for attenuation measurements with NaI detectors
  • Lead sheet pieces were wiped down with a wet wipe, duct taped, rewiped, and hammered flat.

5/18/21

  • Began data collection for NaI plateau and operating point measurements
  • Began writing analysis code for NaI plateau measurements

5/27/21

  • Finished painting lead bricks and left to cure

Unknown time when tasks were completed

  • Gathered borated poly with Paul
  • Tested NaI detectors and found one working base

June

6/1/21

  • Moved dried/cured painted lead bricks from painting area to clean room
  • Cleaned each brick with a wet wipe before transition into clean room, will be allowed to air dry on steel table
    • 50 bricks total: 49 half bricks and 1 full brick
  • Steel table set up finished

6/4/21

  • Created initial lead brick tunnel

6/8/21

  • Finished collection and analysis of NaI detector plateau measurements, voltages ranging from 700V to 1400V
    • Analysis included Souce in & Source out plots, Signal:Noise, and background subtracted plots

6/9/21

  • Began data colleciton for He3 Borated Poly attenuation study

6/11/21

  • Finished data collection for He3 Borated Poly attenuation study
  • Began writing analysis code for Borated Poly attenuation study

6/21/21

  • Spent the day at INL with Chuting and Paul

6/22/21

  • Finished writing analysis code for He3 Borated Poly attenuation measurements and submitted plot to Paul
  • Began designing cradle for NaI detector using fusion360

6/24/21

  • Finished modeling cradle and sent designs to Jeff Burggraf who offered to print it for me

6/25/21

  • Began BorAl attenuation measurements including overnight background runs

6/26/21

  • First BorAl background run lasted 60000 seconds and ended at approximately 11:45am 6/26/21
  • Continuing to run Borated Poly attenuation measurements with BorAl surrounding He3 tube
  • Cradle for NaI detector has been printed and should be in lab Tuesday 6/29/21
  • Created github repository to advertise my poor coding practices
  • Began mapping shielding measurements for Lead, BorAl, and various Poly

6/28/21

  • Continued BorAl/Borated Poly attenuation measurements with He3 tube
  • Began working with MCNP
  • Continued to map out BorAl placement and shielding design for feasibility study
    • We need more BorAl

6/29/21

  • Finished BorAl/Borated Poly attenuation measurements
  • Got signal from HPGe detector
  • Discussed various poly box and shielding arrangements for feasibility study
    • Designs need to be drawn up
    • Lead tunnel needs to be made bigger to accommodate HPGe detector
      • Will probably need to model another cradle for HPGe
    • Need to source more regular poly and cut it to appropriate length and widths

6/30/21

  • Sourced regular poly and lead sheets, will be washed and brought to clean room today
  • Finalized design of poly box for feasibility study
    • Will have to cut some poly blocks to fit the needed dimensions
  • Finished designing poly brick thermalizing box and lead shielding
  • Brought poly down to LDS in dark room to be washed
  • Tony and Paul were able to get a good signal out of HPGe detector

Unknown time when tasks were completed

  • Found a fifth NaI detector (no base) with smaller crystal diameter (5.5cm)
  • Helped Tony and Joe moved DD generator from nuke eng department and subsequently lift into clean room
  • Moved HPGe detector into clean room and unpacked it, Paul has begun preliminary functionality testing

July

7/1/21

  • Installed cradle into lead tunnel
  • Discussed solid state physics with Dr. Forest regarding HPGe detector
  • Tested various arrangements to show that BorAl is most effective after borated poly and not before down beam axis
  • Received new daq from CoSE IT and Dr. Forest did preliminary setup

7/2/21

  • Finished and posted BorAl/BPoly/Poly attenuation measurement study
  • Redesigned thermalizing box with Paul
  • Created and posted BorAl shielded He3 attenuation measurements plot
  • Made and posted BorAl/Poly/Bpoly attenuation measurements plot

7/5/21

  • Fourth of July (observed)

7/6/21

  • Met with CoSE IT about DAQ issues
    • Need to upgrade DAQ to at least CENT OS 7, 8 may be better. Currently running version 6 which is too old for security updates
  • Worked with Paul on experimental setup design and marked some BorAl for cutting back at INL
  • Modeled experimental setup in fusion 360
    • Need more data from mcnp to finalize shielding designs
  • Drew cuts on BorAl for cutting

7/7/21

  • Washed regular poly for use in thermalizing cavity in experimental setup
  • Received new ADC and Gadolinium sheet from Chuting
  • Worked on MCNP and thermalizing box design with Paul
  • Gave some BorAl back to chuting to be cut

7/9/21

  • Downloaded new MCNP libraries to run Paul's new script
  • Spoke to Joe (chemist) about separating boron from BorAl and BPoly
  • Started working through python lessons
  • Started photon attenuation measurements in lead tunnel

7/12/21

  • Updated 3D model of feasibility study with Gadolinium converter and smoothed out some edges that were improperly situated
    • Next step is to model a cradle for He3 detector to be used in tunnel, then redesign for HPGe detector
  • Built experimental setup with Paul and attempted to get an energy spectrum through ADC

7/13/21

  • Compiled resources related to DAQ systems, specifically readout controller
  • Need to find a more reliable scope, may be one in LDS
  • Ran NaI through ADC and got energy spectrum. No calibration yet. Will update wiki later in week with fine details
    • Ran source out, source in, source in & Cadmium sheet
      • Noticeable changes in each

7/14/21

  • Adjusted thermalizing box design for easier source access
    • Took measurements of all poly needed
    • Preparing to cut poly to rebuild thermalizing box as designed
  • Designed cradle for He3 detector use in experimental setup
  • Continued python lessons
  • Emailed Josh Pak at ISU regarding chemical separations
  • Emailed Jack Bradley to get centos 7 disk
  • Did trial cuts on poly with Dr. Forest and found a method that gives accurate cuts

Future tasks not on meeting task list

  • Need to talk to CoSE IT to get new DAQ computer and find out how to link into HPGe detector through switch in clean room
  • Have CoSE IT mount second disk in new daq called (data) and give access to second partition on first disk
  • Have CoSE IT swap MAC addresses for two daqs and give network access to hpge through browser and switch
  • New daq cannot find a valid base url for repo: base

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CH_Task_List

PAS_Experiment