Reduce NOMAD data using MTS

TODOs:

• Find latest IPTS with silica standards on NOMAD: IPTS-24637 from early June, 2020 on cryostream
• using csv in repo, collect the runs together for all silica
  • vanadium: 144976
  • MT can:
    • at 300 K: 144975, 145044-145045, 145065-145064, 145080-145081, 145094-145095, 145184-145185, 145204-145205
    • at 100 K: 145146-145152
  • MT instrument: 144977
  • quartz:
    • at 500 K: 145487-145490
    • at 400 K: 145467-145470
    • at 300 K: 145396
    • at 200 K: 145435-145438, 145678-145681
    • at 100 K: 145414-145417, 145657-145660
  • cristobalite:
    • at 500 K: 145479-145486
    • at 400 K: 145459-145466, 145702-145706
    • at 300 K (well... 290 K): 145448-145453, 145691-145696
    • at 200 K: 145427-145434, 145670-145677
    • at 100 K: 145406-145413, 145649-145656
  • glass:
    • at 500 K: 145493-145494
    • at 400 K: 145473
    • at 300 K: N/A
    • at 200 K: 145441-145442, 145684-145685
    • at 100 K: 145420-145421, 145663-145664
• get calbiration / create calibration from diamond data using diamond runs from csv in repo:
  • diamond: 144974
  • diamond can: 144975
• create input files for MTS for silica samples.
  • quartz
  • cristobalite
  • glass
  • NOTE: I have these also on analysis under /SNS/NOM/shared/neumatix_silica/nomad_june_2020 in sub-directories
  • IMPORTANT: I think we need to create a calibration using the above diamond, I just used a pre-existing one but was not during same instrument setup; should re-reduce after using this new calibration
• Save the input MTS files, S(Q) and G(r) in this repo for each