BlochDocs

For general users

  • The Bloch beamline
    • Overview
      • Ring
      • EPU
      • M1
      • Monochromator
      • M3
      • Exit slits
      • M4
    • Energy resolution
    • Flux
    • Spot size
  • How to run the beamline
    • Control GUIs
      • How to launch control GUIs
      • Beamline control panel (Windows computer)
      • M1 pitch corrector (Windows computer)
      • Energy panel (Linux computer)
    • Optimizing flux
  • Sample mounting & cleaving
    • Sample plates at BLOCH
    • Mounting considerations
    • Gluing
    • Physical mounting
    • Tape cleaving
    • Top-post cleaving
  • Fast entry source ports
    • Calculating length requirements
  • Getting your data
    • USB stick
    • SFTP
      • MacOS
      • Windows
      • Linux/MacOS, command line
  • Manuals
  • Food options
    • Vending machines
    • Coffee
    • Supermarkets
    • Food trucks
    • Nearby cafes and restaurants
    • Delivery

A-branch

  • Loadlock
    • Pumpdown time
    • Heating
  • Prep Main
    • Sample receivers
    • Sputtering
    • Heating
      • Direct current heating
      • Electron-beam heating
      • Cooling
  • Prep Sec
    • Sample receivers
    • Moving the manipulator
    • Sputtering
    • Heating
      • Direct current
      • Resistive
      • E-beam heating
    • Quartz crystal thickness monitor
    • LN2 cooling
  • Gold deposition
  • How to measure
    • Maximum countrate
    • Sample camera
    • Control GUIs
      • How to launch control GUIs
      • Manipulator control (Windows computer)
      • ‘Automap’ Windows computer)
      • Temperature control panel (Windows computer)
      • Trendplots (Windows computer)
      • Launcher panel (Linux computer)
      • Carving panel (Linux computer)
    • Using SES
      • Preliminary notes about SES:
      • Deflector ARPES scans
      • 1D manipulator scans (e.g. Fermi surface maps)
      • Time dependent scans
      • Photon energy scans
      • 2D manipulator maps (e.g. X-Y spatial maps)
  • DA30-L electron analyzer
    • Deflection mode
    • Focusing
    • Exit slit selection
    • Lens modes and restrictions
    • Fixed vs. scanned/swept acquisition mode
    • Mesh suppression
    • Angular resolution
    • Energy resolution
  • Carving 6-axis manipulator
    • Specifications
    • Transferring samples
    • Direct-current sample heating
    • Connections and grounding
    • Sample biasing
    • Heating and cooling
      • Temperature calibration and stabilization
  • Alkali deposition
  • Data analysis
    • pesto library (Python / Jupyter)
    • Igor Pro
      • Igor macro: DA30 chunkloader
      • Igor macro: ARPES Analysis
      • Igor macro: ESpectroscopia
      • Igor macro: BLOCHFit
    • SES
  • LEED
    • Recommended settings
  • Sputtering
    • Sputter beam characteristics
    • Sputtering procedure
  • Pyrometer
  • VT-XA STM
    • Specifications
    • Transferring samples
    • Cooling/Heating
    • Tip preparation tool
    • XY calibration and lattice size measurements
    • Tunneling spectroscopy
      • Setup
      • Minimizing capacitive crosstalk
      • Parameter values
      • Acquiring and processing STS
      • Energy resolution
      • Examples

B-branch

  • Phoibos 150 electron analyzer
    • Deflection mode
    • Spin detector
      • Overview
      • Measurement principle
      • Angular and energy resolution
    • Analyzer slit selection
    • Energy resolution

For beamline staff

  • On-call contact information
  • Blochdocs
  • Gas lines
    • Procedure for filling gas lines
      • 1. Attach a regulator to the bottle and gas line
      • 2. Pump the line to low vacuum
      • 3. Pump the line to high vacuum
      • 4. Open the bottle and fill the line
      • 5. Remove the bottle
    • Mini-mix style bottles
  • How to local contact
    • Useful links
    • Responsibilities of the local contact:
      • Review the proposal
      • Make initial contact
      • Request VPN access
      • Configure their data directory on the network drive
      • Final check-in
      • Brief the beamline team
      • Coordinate removal of their samples and general cleanup
      • Debrief the team
  • Remote access (for staff)
    • Zoom
    • Syncing data with rsync (linux/mac)
    • Mounting remote drives with sshfs (linux)
    • Graphical clients
  • Stinger closed cycle cryostat
    • Overview
    • Technical details
    • Manuals and datasheets
    • Operational procedures
      • Preliminary comments
      • Procedure: Starting from scratch
      • Procedure: Recovering from a blockage when already running
      • Procedure: Non-urgent shutdown
      • Procedure: Removing insert before baking
      • Procedure: Rapid shutdown
    • Troubleshooting
  • Homing motors
BlochDocs
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  • Manuals
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Manuals

SES:

SES Software Manual v5.0

SES User's Guide v2.0

Carving:

Carving manual (Specs) (Old version)

Lakeshore 335

RNNSS-400 DPRF (Thermionics)

Stinger closed cycle cryostat

Pumps, valves, gauges

TCP350 turbo controller (Pfeiffer)

Mini gate valve (VAT)

MG15 ion gauge controller (Prevac)

ACP backing pumps (Adixen)

HiPace 300 (Pfeiffer)

HiPace 700 (Pfeiffer)

DIGITEL ion pump & controller (Gamma Vacuum)

VG ion gauge filament replacement (STM)

IGC5 ion gauge/bakeout controller (STM)

Prep chambers

4-axis LHe manipulator manual(Prevac)

SpectaLEED (Omicron) (from 1997!)

Cyclops 160B pyrometer (Land)

EFM3 ebeam evaporator (Focus)

Heat3 heating controller (Prevac)

Delta power supplies

Prep main cooling procedure (cryptic)

STM

MATRIX 3.2 manual

Vernissage manual

UHV system manual

VT STM XA user's guide

MATRIX rack technical manual

Tip annealing tool

Tip etching tool

Misc

AXUV100G photodiode (Opto Diode)

CF flange sizes

Sample plate catalog (Omicron)

Microvision2 RGA hardware manual (MKS)

Z-drive  / LTM (VacGen)

HVK40 flow cryostat (VAB)

VC31 gas flow controller (Oxford)

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