The SuperLANS Family of Codes for 2D RF Cavity Simulations

Technical questions: Dmitri Myakishev (d_myakishev@hotmail.com)
All other queries: Ilya Ponomarev (ilya.ponomarev@euclidtechlabs.com) (301)637-0669
Additional information: Superlans Code Family Examples

Code: SuperLANS

Applicability: Monopole modes in axisymmetric cavities and periodic structures (perfectly conductive cavity walls, lossless dielectric and ferromagnetic insertions).
Method: FEM: eight node isoparametric elements. Subspace iteration method for eigenmode calculation.
Calculated values: Frequency, field distribution, quality factor, effective impedance, shunt impedance, loss distributions and others (losses are calculated by perturbation theory).
Reference: Myakishev D.G., Yakovlev V.P. An Interactive Code SUPERLANS for Evaluation of RF-Cavities and Acceleration Structures., Proc. IEEE Particle Accelerator Conference, May 6-9, 1991, San Francisco, California.- 91CH3038-7, Conference Record. V-5, pp.3002-3004
Platform: PC, Windows 95/98/Nt/2000/XP/Vista and Windows 7

Code: SuperLANS2

Applicability: Multipole modes in axisymmetric cavities (perfectly conductive cavity walls, loss less dielectric and ferromagnetic insertions).
Method: FEM: eight node isoparametric elements. Subspace iteration method for eigenmode calculations.
Calculated values: Frequency, field distribution, quality factor, losses distributions and others (losses are calculated by perturbation theory).
Reference: Myakishev D.G., Yakovlev V.P. The New Possibilities of Superlans Code for Evaluation of Axisymmetric Cavities. Proc. of 1995 Particle Accelerator Conference and International Conference on High-Energy Accelerators, May 1-5, 1995, Dallas, Texas. -p.2348-2350.
Platform: PC, Windows 95/98/Nt/2000/XP/Vista and Windows 7

Code: CLANS

Applicability: Monopole modes in axisymmetric cavities (perfectly conductive cavity walls, high loss dielectric and ferromagnetic insertions). Excitation problem for monopole oscillation in presence of high loss materials.
Method: FEM: regular mesh with eight node isoparametric elements. Subspace iteration method for eigenmode calculation.
Calculated values: Frequency, field distribution, quality factor, effective impedance, shunt impedance, losses distributions and others.
Reference: Myakishev D.G., Yakovlev V.P. An Interactive Code SUPERLANS for Evaluation of RF-Cavities and Acceleration Structures. Proc.of IEEE Particle Accelerator Conference, May 6-9, 1991, San Francisco, California.- 91CH3038-7, Conference Record. V-5, pp.3002-3004
Platform: PC, Windows 95/98/Nt/2000/XP/Vista and Windows 7

Code: CLANS2

Applicability: Multipole modes in axisymmetric cavities (perfectly conductive cavity walls, high loss dielectric and ferromagnetic insertions)
Method: FEM: regular mesh with eight node isoparametric elements. Subspace iteration method for eigenmode calculations.
Calculated values: Frequency, field distribution, quality factor, loss distributions and others.
Reference: Myakishev D.G., Yakovlev V.P. CLANS2 -The code for Evaluation of Multipole Modes in Axisymmetric Cavities with Absorber Ferrite. Proc. of PAC99, New York, March 20-April 2, 1999, pp. 2775-2776.
Platform: PC, Windows 95/98/Nt/2000/XP/Vista and Windows 7.

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