Simulation through space harmonics of zero length deflecting cavity.
Parallel capable? : yes
GPU capable? : no
Backtracking capable? : no
Parameter Name  Units  Type  Default  Description 
FACTOR  double  1  A factor by which to multiply all components. 

TILT  RAD  double  0.0  rotation about longitudinal axis 
PERIOD_LENGTH  M  double  0.0  cavity period length, or cell length 
PERIOD_PHASE  RAD  double  0.0  cavity period phase advance, or socalled working mode 
V0  V  double  0.0  effective voltage of space harmonic n=0 
V1  V  double  0.0  effective voltage of space harmonic n=1 
V2  V  double  0.0  effective voltage of space harmonic n=2 
V3  V  double  0.0  effective voltage of space harmonic n=3 
V4  V  double  0.0  effective voltage of space harmonic n=4 
V5  V  double  0.0  effective voltage of space harmonic n=5 
V6  V  double  0.0  effective voltage of space harmonic n=6 
V7  V  double  0.0  effective voltage of space harmonic n=7 
V8  V  double  0.0  effective voltage of space harmonic n=8 
V9  V  double  0.0  effective voltage of space harmonic n=9 
PHASE0  HZ  double  0.0  Phase of space harmonic n=0 
PHASE1  HZ  double  0.0  Phase of space harmonic n=1 
PHASE2  HZ  double  0.0  Phase of space harmonic n=2 
PHASE3  HZ  double  0.0  Phase of space harmonic n=3 
PHASE4  HZ  double  0.0  Phase of space harmonic n=4 
PHASE5  HZ  double  0.0  Phase of space harmonic n=5 
PHASE6  HZ  double  0.0  Phase of space harmonic n=6 
PHASE7  HZ  double  0.0  Phase of space harmonic n=7 
SHRFDF continued
Simulation through space harmonics of zero length deflecting cavity.
Parameter Name  Units  Type  Default  Description 
PHASE8  HZ  double  0.0  Phase of space harmonic n=8 
PHASE9  HZ  double  0.0  Phase of space harmonic n=9 
PHASE_REFERENCE  long  0  phase reference number (to link with other timedependent elements) 

GROUP  string  NULL  Optionally used to assign an element to a group, with a userdefined name. Group names will appear in the parameter output file in the column ElementGroup 

This element simulates an rf deflector with specified space harmonic parameters (voltage, phase). The thin kicks from the fundamental deflecting mode are the same as for the element RFDF. The thin kicks from the space harmonics (n ≥ 1) are [55]
 (159) 
 (160) 
The wave numbers k_{n} and α_{n} are listed below.
 (161) 
 (162) 
where k_{n} is wave number of n^{th} space harmonic, n an integer number, φ_{0} the phase advance per cavity period, d the cavity period length, α_{n} the wave number in the radial direction, m wave number (per 2π) in the angular direction.
SLICE