!
SIS-18 INJECTION CONFIGURATION FULL-LATTICE
! translated from MIRKO format by Andrea
Franchi (a.franchi@gsi.de)
!------------------------------------------------------------------------
!
INTRODUCTION
!
! the SIS-18 contains 12 periods. Each period can be divided in 5 sectors:
!
! 1. the bending section [equal for all the periods]
! 2. the first multipoles section [in some periods is the
drift DR3, in
!
others it contains thin multipoles]
! 3. the quad doublet section [equal for all the periods]
! 4. the second multipoles section [it changes at each
period]
! 5. the third quad section [equal for all the periods]
!
! THE FOLLOWING ELEMENTS HAVE BEEN IGNORED: buncher, BPMs, kickers,
PSE,
! and Bypass. THE SLITS ARE CONSIDERED AS DRIFTS.
!
!------------------------------------------------------------------------
! elements of the bending section:
DR1 DRIFT 0.645d0
DR2 DRIFT 0.970d0
RB SBEND 2.617993877991 15
7.3 7.3 0.035 0.7
! elements of the quad doublet section
DR4 DRIFT 0.6000d0
QS1F QUADRUPOLE 0.52d0 0.30989596d0
QS2D QUADRUPOLE 0.52d0 -0.49964116d0
! elements of the third quad section
DR6 DRIFT 0.4998d0
QS3T QUADRUPOLE 0.4804d0 0.62221964d0
! drifts of all the other sections
DR1P1M1 DRIFT 4.5640117d0
DR1P1M2 DRIFT 1.9400000d0
DR1P1M3 DRIFT 0.3350000d0
DR1P2M1 DRIFT 0.3550000d0
DR1P2M2 DRIFT 0.3548000d0
DR3 DRIFT 6.8390117d0
DR3P1M1 DRIFT 6.5040117d0
DR3P1M2 DRIFT 0.3350000d0
DR7P1M1 DRIFT 5.2640117d0
DR7P1M2 DRIFT 1.2400117d0
DR7P1M3 DRIFT 0.3350000d0
!---------------------- THE CORRECTOR ELEMENTS ------------------------
!
! thin multipoples descrbing the corrector multipoles
!
! the sintax
!
S01KM3QS MULTIPOLE 0 0.0d0
1
! means thath this is a skew multipole. the first (normal) integrated
! gradient must be ZERO and cannot be changed. viceversa
! S01KS1C MULTIPOLE -0.075d0 0 2
! is a normal multipole and now the second (skew) integrated gradient
! must be ZERO.
!
!
MAXIMUM (ABSOLUTE) VALUES OF THE STRENGTHS (C.
Muehle)
!
! skew quads
norm quads skew sext
norm sext *
! [T]
[T]
[T/m]
[T/m]
! 0.167
0.136
0.060 1 <->
15.9
!
! these values must be divided by the magnetic RIGIDITY B*rho [T*m]
!
!
0.8 T*m < B*rho < 4.6 T*m
(SIS-18 Parameter List)
!
! in order to calculate the integrated gradients (I.G.):
!
! I.G.= STRENGTH / RIGIDITY
!
! * about the norm sext, they are used for chromaticity correction
in the
! present injection scheme. For this reason we write both the
minimum
! and the maximum absolute values (SIS-18 Parameter List).
!
! NAME
NORM I.G. SKEW I.G. MULT. ORDER (MAD-like)
! |
| |
|
S01KM3QS MULTIPOLE 0
0.0d0 1 ! skew quad period 1
S01KS1C MULTIPOLE -0.075d0 0
2 ! norm sext period 1 chromat
S01KS3C MULTIPOLE 0.000d0 0
2 ! norm sext period 1 chromat
S02KQ4 MULTIPOLE 0.0d0
0 1 ! norm quad period
2
S02KM3QS MULTIPOLE 0
0.d0 1 ! skew quad period 2
S02KM5SS MULTIPOLE 0
0.d0 2 ! skew sext period 2
S03KS1C MULTIPOLE -0.075d0 0
2 ! norm sext period 3 chromat
S03KS3C MULTIPOLE 0.000d0 0
2 ! norm sext period 3 chromat
S04KQ4 MULTIPOLE 0.0d0
0 1 ! norm quad period
4
S04KM3QS MULTIPOLE 0
0.0d0 1 ! skew quad period 4
S05KS1C MULTIPOLE -0.075d0 0
2 ! norm sext period 5 chromat
S05KS3C MULTIPOLE 0.000d0 0
2 ! norm sext period 5 chromat
S06KM3QS MULTIPOLE 0
0.0d0 1 ! skew quad period 6
S07KM3QS MULTIPOLE 0
0.0d0 1 ! skew quad period 7
S07KS1C MULTIPOLE -0.075d0 0
2 ! norm sext period 7 chromat
S07KS3C MULTIPOLE 0.000d0 0
2 ! norm sext period 7 chromat
S08KQ4 MULTIPOLE 0.0d0
0 1 ! norm quad period
8
S08KM3QS MULTIPOLE 0
0.0d0 1 ! skew quad period 8
S08KM5SS MULTIPOLE 0
0.0d0 2 ! skew sext period 8
S09KS1C MULTIPOLE -0.075d0 0
2 ! norm sext period 9 chromat
S09KS3C MULTIPOLE 0.000d0 0
2 ! norm sext period 9 chromat
S10KQ4 MULTIPOLE 0.0d0
0 1 ! norm quad period
10
S10KM3QS MULTIPOLE 0
0.0d0 1 ! skew quad period 10
S11KS1C MULTIPOLE -0.075d0 0
2 ! norm sext period 11 chromat
S11KS3C MULTIPOLE 0.000d0 0
2 ! norm sext period 11 chromat
S12KM3QS MULTIPOLE 0
0.0d0 1 ! skew quad period 12
end_of_basic_optic_definitions
! definitions of the sections
BENDSECT DR1 RB DR2
RB
DOUBLETSECT QS1F QS1F DR4 QS2D
QS2D
LASTQUAD QS3T DR6
MULT1SECT1 DR1P1M1 S01KM3QS DR1P1M2
S01KS1C DR1P1M3
MULT2SECT1 DR1P2M1 S01KS3C
DR1P2M2
MULT1SECT2 DR3
MULT2SECT2 DR1P2M1 S02KQ4
S02KM3QS S02KM5SS DR1P2M2
MULT1SECT3 DR3P1M1 S03KS1C
DR3P1M2
MULT2SECT3 DR1P2M1 S03KS3C
DR1P2M2
MULT1SECT4 DR3
MULT2SECT4 DR1P2M1 S04KQ4
S04KM3QS DR1P2M2
MULT1SECT5 DR3P1M1 S05KS1C
DR3P1M2
MULT2SECT5 DR1P2M1 S05KS3C
DR1P2M2
MULT1SECT6 DR3
MULT2SECT6 DR1P2M1 S06KM3QS DR1P2M2
MULT1SECT7 DR7P1M1 S07KM3QS DR7P1M2
S07KS1C DR7P1M3
MULT2SECT7 DR1P2M1 S07KS3C
DR1P2M2
MULT1SECT8 DR3
MULT2SECT8 DR1P2M1 S08KQ4
S08KM3QS S08KM5SS DR1P2M2
MULT1SECT9 DR3P1M1 S09KS1C
DR3P1M2
MULT2SECT9 DR1P2M1 S09KS3C
DR1P2M2
MULT1SECT10 DR3
MULT2SECT10 DR1P2M1 S10KQ4
S10KM3QS DR1P2M2
MULT1SECT11 DR3P1M1 S11KS1C DR3P1M2
MULT2SECT11 DR1P2M1 S11KS3C DR1P2M2
MULT1SECT12 DR3
MULT2SECT12 DR1P2M1 S12KM3QS DR1P2M2
! definitions of the periods
PERIOD1 BENDSECT MULT1SECT1 DOUBLETSECT
MULT2SECT1 LASTQUAD
PERIOD2 BENDSECT MULT1SECT2 DOUBLETSECT
MULT2SECT2 LASTQUAD
PERIOD3 BENDSECT MULT1SECT3 DOUBLETSECT
MULT2SECT3 LASTQUAD
PERIOD4 BENDSECT MULT1SECT4 DOUBLETSECT
MULT2SECT4 LASTQUAD
PERIOD5 BENDSECT MULT1SECT5 DOUBLETSECT
MULT2SECT5 LASTQUAD
PERIOD6 BENDSECT MULT1SECT6 DOUBLETSECT
MULT2SECT6 LASTQUAD
PERIOD7 BENDSECT MULT1SECT7 DOUBLETSECT
MULT2SECT7 LASTQUAD
PERIOD8 BENDSECT MULT1SECT8 DOUBLETSECT
MULT2SECT8 LASTQUAD
PERIOD9 BENDSECT MULT1SECT9 DOUBLETSECT
MULT2SECT9 LASTQUAD
PERIOD10 BENDSECT MULT1SECT10 DOUBLETSECT MULT2SECT10
LASTQUAD
PERIOD11 BENDSECT MULT1SECT11 DOUBLETSECT MULT2SECT11
LASTQUAD
PERIOD12 BENDSECT MULT1SECT12 DOUBLETSECT MULT2SECT12
LASTQUAD
! definitions of the lattice
A1 PERIOD1 PERIOD2 PERIOD3 PERIOD4
PERIOD5 PERIOD6
A2 PERIOD7 PERIOD8 PERIOD9 PERIOD10
PERIOD11 PERIOD12
machine A1 A2
machine