'H beam' diaporamas de présentation

GROUNDING 101

GROUNDING 101. GROUNDING 101. WHY DO WE GROUND?. SAFETY. Protect People. Protect Equipment from Fault Currents. WHY SHOULD WE GROUND?. Electricity will always follow the path of least resistance to ground .

1.3k views • 73 slides

Sunday/Monday 05.06. & 06.06.

Sunday/Monday 05.06. & 06.06. 06:30 Stable beams. Fill #1851. 06:56 Dump: Ufo MKI pt 2. Length stable beams: 0h26. 08:30 injection for physics 09:26 Stable beams. Fill #1852. Lumi ~1.1e33. 00:31 Beam dump: QPS trigger on RQTL11.R7B1. Length stable beams: 15h05.

415 views • 27 slides

Beam Instrumentation for Future High Intense Hadron Accelerators at Fermilab

Beam Instrumentation for Future High Intense Hadron Accelerators at Fermilab. Manfred Wendt Fermilab. Fermilab Hadron Activities. Current HEP hadron accelerator activities Tevatron: p -> pbar collider Run II (until September 2010) NuMI: 120 GeV beam-line for neutrino experiments (290 kW)

340 views • 15 slides

MSE Spectral Analysis on the Madison Symmetric Torus

MSE Spectral Analysis on the Madison Symmetric Torus. Betsy Den Hartog Jinseok Ko Kyle Caspary Daniel Den Hartog Darren Craig. MST RFP is a toroidally axisymmetric current carrying plasma with B f ~ B q , 0.2 ? |B| ? 0.5 T.

273 views • 11 slides

219 views • 7 slides