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Contents
Contents
How to analyse the Doris cavity of the SRRC with GdfidL v1
Warner Bruns
December 1, 2002
Contents
List of Figures
What this paper contains
Analysing the rotational symmetric part of the cavity
Meshing
Recommended usage of
gd1
Modelling the geometry
Enforcing Meshplanes
Symmetry Planes
Boundary conditions
Summary
Computing Eigenvalues
Adjusting "estimation"
Computing secondary results with
gd1.pp
-general: what is the database
-3darrowplot: Arrowplot of 3D-fields
H-Fields
Computing normalized shunt impedances
-lintegral: computes a line integral
-energy: computes stored energy in electric or magnetic field
Computing quality factors Q
-wlosses: computation of wall losses with the pertubation formula
Voltages at different paths : How to steer
gd1.pp
from a shell script
Computing Wakepotentials
Looking at Wakepotentials
Looking at Wakefields
Analysing the real 3D geometry
Modelling the geometry
Modelling a Plunger
Using macros to model two plungers
Defining Material properties
Computing Eigenvalues
Using
gd1.pp
to analyse the results
Transverse Kickfactors
Frequencies as a function of the position of a plunger
Steering
gd1
or
gd1.pp
from a shell script
Computing Wakepotentials
Analysing the results with
gd1.pp
Looking at the wakefields with
gd1.pp
Looking at the wakepotentials
Wakepotentials in the plane x=0 and y=0