Difference between revisions of "Computational Physics"
From CASA Wiki
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# Determination of quadrupole terms in dipoles (body gradient) | # Determination of quadrupole terms in dipoles (body gradient) | ||
# LOCO analysis for a transport line | # LOCO analysis for a transport line | ||
| − | # Steering a beamline | + | # Steering a beamline with ELEGANT |
| + | # Foil heating by a beam | ||
Revision as of 12:00, 3 February 2015
Contents
Welcome to the Computational Physics group at Jefferson Lab headed by Yves Roblin.
CASA Code Library
CASA/ODU computational Physics Meeting Minutes.
Model Team Minutes
Modeling in ELEGANT
- Magnet shunt powering calculations
- From GUN to HALL with specific LINAC gains
- Multipoles in TOSCA versus ELEGANT
- Simulating an emittance measurement
- Calculating the Courant-Snyder invariant
- Effect of synchrotron radiation on dipole powering
- Delivering three halls at one pass via BSYA
- Fitting for beam momentum and incoming orbits
- Determination of quadrupole terms in dipoles (body gradient)
- LOCO analysis for a transport line
- Steering a beamline with ELEGANT
- Foil heating by a beam
