berdetective.blogg.se - Ptc integration guide

28 Touschek Lifetime and Scattering Rates.

27 SODD: Second Order Detuning and Distortion.25.7 SETERR: Reading errors from a table or file.25.6 ETABLE: Saving the errors to a table.25.4 EPRINT: List Machine Imperfections.25.3 EOPTION: Set Options for Error Definition.25.1 EALIGN: Alignment Errors and permanent misalignments.23.5 Not simply connex beam pipe profiles.

21.13.1 Initiating the Matching Module with USE_MACRO.

21.12.1 LMDIF: Fast Gradient Minimisation.

20.5 BETA0: Set Initial Lattice Parameters.

20.2 Initial Values from a Periodic Line.

18.5 Second example for plots of tracking data.

18.4 First example for plots of tracking data.

13.5 Limits of Construction of Beam Lines.

11.26 Rotation around the longitudinal axis.

11.25 Rotation around the horizontal axis.

11.24 Rotation around the vertical axis.

11.10 Nonlinear Lens with Elliptic Potential.

2.17 Relations between Variable Parameters.

2.13.2 Operands in Arithmetic Expressions.

2.13.1 Operators in Arithmetic Expressions.

1.7.3 Linear Lattice Functions (Optical Functions).

1.7.2 Normalised Variables and other Derived Quantities.

1.7.1 Canonical Variables Describing Orbits.

1.6 Generalisation to normal and skew components.

1.5 Sign Conventions for Magnetic Fields.

1.4.2 Reference System for Bending Magnets.

1.4.1 Reference System for Straight Beam Elements.

They may be sent to the email Switzerland It is also available online on the MAD-X website.Ĭomments and corrections from readers are most welcome. This documentation is updated regularly as corrections, improvements The PTC library of E. Forest is also embedded in MAD-X as anĪddition to better support small and low energy accelerators.Ī large part of the present document is based on the MAD-8 documentation originally written and published by F.C. Iselin. MAD-X is the successor of MAD-8 and was specifically adapted to the

Large accelerators and solves various problems on such Studies in alternating-gradient accelerators and beam lines. MAD-X is a general-purpose tool for charged-particle optics design and