Machine:Booster parameters

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Tables

Major parameters

Table 1: Major Sirius BO main parameters.
Lattice version V03
Beam extraction energy 3.0 GeV
Beam injection energy 0.150 GeV
Beam current 2.0 mA
Circumference 496.800 m
Revolution frequency 0.603 MHz
Revolution period 1.657 μs
Cycling frequency 2 Hz
Betatron tune, horizontal 19.204
Betatron tune, vertical 7.314
Momentum compaction factor 7.19×10-4
Natural chromaticity, horizontal -33.70
Natural chromaticity, vertical -13.95
Natural emittance 3.47 nm⋅rad
Natural energy spread 0.087  %
Damping time, horizontal 11.3 ms
Damping time, vertical 13.8 ms
Damping time, longitudinal 7.7 ms
RF frequency 499.654 MHz
Harmonic number 828

RF parameters

Table 2: Parameters used to design the booster RF system.
Beam energy 3.0 GeV
Beam current 2.0 mA
Energy loss/turn 721.3 keV
SR power 1.44 kW
Cavity type PETRA 5-cell
Peak RF voltage 1.05 MV
Total scaled shunt impedance 15 MΩ
Maximum RF power needed 45.0 kW
Energy spread 0.0874  %
RF frequency 499.654 MHz
RF wavelength 0.6000 m
Harmonic number 828
Momentum compation factor 7.19×10-4
Overvoltage 1.456
Synchronous phase 136.6 °
Synchrotron tune 0.0044
Synchrotron frequency 2.67 kHz
Natural bunch length 11.25 mm
Natural bunch length 37.53 ps
Energy acceptance 0.79  %
Quantum lifetime 4267 s
Linac to Booster phase stability @500MHz 5.0 °

Global closed orbit and coupling correction system

Table 3: Parameters of the global closed orbit and coupling correction system for the Booster.
Number of BPMs 50
Number of horizontal dipole correctors 25
Number of vertical dipole correctors 25
Maximum horizontal dipole corrector strength 310 μrad
Maximum vertical dipole corrector strength 310 μrad

Alignment and excitation errors

Table 4: Maximum absolute value of random alignment and excitation errors for the Booster. The errors are generated with a Gaussian distribution truncated at ±1σ.
Dipoles Quadrupoles Sextupoles BPMs
Transverse position, , 160 160 160 300 μm
Rotation around longitudinal axis 0.8 0.8 0.8 -- mrad
Excitation error (static or low frequency) 0.15 0.3 0.3 --  %
Dipole Gradient Error 2.4 -- -- --  %

Orbit correction statistics

Table 5: Statistics of orbit correction in the Booster for 20 random machines.
Horizontal Vertical
COD rms 238 380 µm
COD rms @ BPMs 247 284 µm
Rms corrector strength 60 89 µrad
Max. corrector strength 186 253 µrad

Straight sections allocation

Sector U (upstream of QF) D (downstream of QF)
01 InjSept InjKckr, Scrn-1, Scrn-2
02 Scrn QS, TuneShkr
03 chicane
04 TunePkup GSL
05 P5Cav
06
07
08 chicane
09
10
11
12
13 chicane
14
15
16
17
18 chicane
19
20
21
22
23 chicane
24
25
Sector U (upstream of QF) D (downstream of QF)
26
27
28 chicane
29
30
31
32
33 chicane
34
35 DCCT
36
37
38 chicane
39
40
41
42
43 chicane
44
45
46
47 chicane
48 EjeKckr
49 EjeSeptF
50


QS = Skew Quadrupole

GSL = Generic Stripline

TunePkup = Tune Pickup

TuneShkr = Tune Shaker

InjKckr = Injection Kicker

InjSept = Injection Septum

EjeKckr = Ejection Kicker

Scrn = Fluorescent Screen

Booster RF cavity

Table 8: Parameters of the Booster RF cavity.
Number of cells 5
Fundamental frequency 499.654 MHz
Maximum gap voltage 1.5 MV
Nominal gap voltage 1.1 MV
Tuning range ±0.2 MHz
Minimum unloaded Q 29,000
Minimum R/Q 370 Ω/m
Minimum shunt impedance 15
Dissipated cavity power @1.1MV 33 kW
Coupling factor 1.04
Operating temperature 30 °C
Detuning due to plunger position 20 kHz/mm
Total length between flanges 1,800 mm
Beam tube aperture 120 mm
Beam height 1,400 mm


Parameter name list

  1. BO beam extraction beta factor
  2. BO beam extraction current
  3. BO beam extraction electron number
  4. BO beam extraction energy
  5. BO beam extraction gamma factor
  6. BO beam extraction magnetic rigidity
  7. BO beam extraction revolution frequency
  8. BO beam extraction revolution period
  9. BO beam extraction velocity
  10. BO beam injection beta factor
  11. BO beam injection current
  12. BO beam injection electron number
  13. BO beam injection energy
  14. BO beam injection gamma factor
  15. BO beam injection magnetic rigidity
  16. BO beam injection revolution frequency
  17. BO beam injection revolution period
  18. BO beam injection velocity
  19. BO bpm number
  20. BO error alignment bpm
  21. BO error alignment dipole
  22. BO error alignment quadrupole
  23. BO error alignment sextupole
  24. BO error excitation dipole
  25. BO error excitation quadrupole
  26. BO error excitation sextupole
  27. BO error gradient dipole
  28. BO error quadrupole tracking
  29. BO error rotation dipole
  30. BO error rotation quadrupole
  31. BO error rotation sextupole
  32. BO error sextupole dipole
  33. BO error vibration girder
  34. BO lattice circumference
  35. BO lattice symmetry
  36. BO lattice type
  37. BO lattice version
  38. BO magnet ch bore diameter
  39. BO magnet ch extraction maximum field
  40. BO magnet ch extraction maximum integrated field
  41. BO magnet ch hardedge length
  42. BO magnet ch injection maximum field
  43. BO magnet ch injection maximum integrated field
  44. BO magnet ch maximum integrated strength
  45. BO magnet ch maximum strength
  46. BO magnet ch number
  47. BO magnet ch physical length
  48. BO magnet cv bore diameter
  49. BO magnet cv extraction maximum field
  50. BO magnet cv extraction maximum integrated field
  51. BO magnet cv hardedge length
  52. BO magnet cv injection maximum field
  53. BO magnet cv injection maximum integrated field
  54. BO magnet cv maximum integrated strength
  55. BO magnet cv maximum strength
  56. BO magnet cv number
  57. BO magnet cv physical length
  58. BO magnet dipole deflection angle
  59. BO magnet dipole extraction hardedge critical energy
  60. BO magnet dipole extraction hardedge field
  61. BO magnet dipole extraction hardedge magnetic field
  62. BO magnet dipole extraction hardedge quadrupole gradient
  63. BO magnet dipole extraction hardedge sextupole gradient
  64. BO magnet dipole extraction integrated field
  65. BO magnet dipole extraction integrated quadrupole gradient
  66. BO magnet dipole extraction integrated sextupole gradient
  67. BO magnet dipole full gap
  68. BO magnet dipole good field region
  69. BO magnet dipole good field region homogeneity
  70. BO magnet dipole hardedge bending radius
  71. BO magnet dipole hardedge length
  72. BO magnet dipole hardedge quadrupole strength
  73. BO magnet dipole hardedge sagitta
  74. BO magnet dipole hardedge sextupole strength
  75. BO magnet dipole injection hardedge critical energy
  76. BO magnet dipole injection hardedge field
  77. BO magnet dipole injection hardedge magnetic field
  78. BO magnet dipole injection hardedge quadrupole gradient
  79. BO magnet dipole injection hardedge sextupole gradient
  80. BO magnet dipole injection integrated field
  81. BO magnet dipole injection integrated quadrupole gradient
  82. BO magnet dipole injection integrated sextupole gradient
  83. BO magnet dipole integrated quadrupole strength
  84. BO magnet dipole integrated sextupole strength
  85. BO magnet dipole length
  86. BO magnet dipole maximum integrated field
  87. BO magnet dipole number
  88. BO magnet dipole physical length
  89. BO magnet quadrupole extraction qd field at pole tip
  90. BO magnet quadrupole extraction qd gradient
  91. BO magnet quadrupole extraction qd integrated field gradient
  92. BO magnet quadrupole extraction qd maximum integrated field gradient
  93. BO magnet quadrupole extraction qf field at pole tip
  94. BO magnet quadrupole extraction qf gradient
  95. BO magnet quadrupole extraction qf integrated field gradient
  96. BO magnet quadrupole injection qd maximum field at pole tip
  97. BO magnet quadrupole injection qd maximum gradient
  98. BO magnet quadrupole injection qd maximum integrated field gradient
  99. BO magnet quadrupole injection qf maximum field at pole tip
  100. BO magnet quadrupole injection qf maximum gradient
  101. BO magnet quadrupole injection qf maximum integrated field gradient
  102. BO magnet quadrupole qd bore diameter
  103. BO magnet quadrupole qd hardedge length
  104. BO magnet quadrupole qd integrated strength
  105. BO magnet quadrupole qd maximum field at pole tip
  106. BO magnet quadrupole qd maximum gradient
  107. BO magnet quadrupole qd maximum integrated field gradient
  108. BO magnet quadrupole qd maximum integrated strength
  109. BO magnet quadrupole qd maximum strength
  110. BO magnet quadrupole qd number
  111. BO magnet quadrupole qd physical length
  112. BO magnet quadrupole qd strength
  113. BO magnet quadrupole qf bore diameter
  114. BO magnet quadrupole qf hardedge length
  115. BO magnet quadrupole qf integrated strength
  116. BO magnet quadrupole qf maximum field at pole tip
  117. BO magnet quadrupole qf maximum gradient
  118. BO magnet quadrupole qf maximum integrated field gradient
  119. BO magnet quadrupole qf maximum integrated strength
  120. BO magnet quadrupole qf maximum strength
  121. BO magnet quadrupole qf number
  122. BO magnet quadrupole qf physical length
  123. BO magnet quadrupole qf strength
  124. BO magnet quadrupole qs bore diameter
  125. BO magnet quadrupole qs hardedge length
  126. BO magnet quadrupole qs maximum field at pole tip
  127. BO magnet quadrupole qs maximum gradient
  128. BO magnet quadrupole qs maximum integrated field gradient
  129. BO magnet quadrupole qs maximum integrated strength
  130. BO magnet quadrupole qs maximum strength
  131. BO magnet quadrupole qs number
  132. BO magnet quadrupole qs physical length
  133. BO magnet reference radius
  134. BO magnet sextupole extraction sd field at pole tip
  135. BO magnet sextupole extraction sd gradient
  136. BO magnet sextupole extraction sd integrated field gradient
  137. BO magnet sextupole extraction sf field at pole tip
  138. BO magnet sextupole extraction sf gradient
  139. BO magnet sextupole extraction sf integrated field gradient
  140. BO magnet sextupole injection sd maximum field at pole tip
  141. BO magnet sextupole injection sd maximum gradient
  142. BO magnet sextupole injection sd maximum integrated field gradient
  143. BO magnet sextupole injection sf maximum field at pole tip
  144. BO magnet sextupole injection sf maximum gradient
  145. BO magnet sextupole injection sf maximum integrated field gradient
  146. BO magnet sextupole maximum integrated gradient
  147. BO magnet sextupole maximum integrated strength
  148. BO magnet sextupole sd bore diameter
  149. BO magnet sextupole sd hardedge length
  150. BO magnet sextupole sd integrated strength
  151. BO magnet sextupole sd maximum field at pole tip
  152. BO magnet sextupole sd maximum gradient
  153. BO magnet sextupole sd maximum integrated field gradient
  154. BO magnet sextupole sd maximum integrated strength
  155. BO magnet sextupole sd maximum strength
  156. BO magnet sextupole sd number
  157. BO magnet sextupole sd physical length
  158. BO magnet sextupole sd strength
  159. BO magnet sextupole sf bore diameter
  160. BO magnet sextupole sf hardedge length
  161. BO magnet sextupole sf integrated strength
  162. BO magnet sextupole sf maximum field at pole tip
  163. BO magnet sextupole sf maximum gradient
  164. BO magnet sextupole sf maximum integrated field gradient
  165. BO magnet sextupole sf maximum integrated strength
  166. BO magnet sextupole sf maximum strength
  167. BO magnet sextupole sf number
  168. BO magnet sextupole sf physical length
  169. BO magnet sextupole sf strength
  170. BO optics chromaticity horizontal
  171. BO optics chromaticity vertical
  172. BO optics default mode
  173. BO optics extraction betatron frequency horizontal
  174. BO optics extraction betatron frequency vertical
  175. BO optics extraction damping partition number horizontal
  176. BO optics extraction damping partition number longitudinal
  177. BO optics extraction damping partition number vertical
  178. BO optics extraction energy loss per turn
  179. BO optics extraction linear momentum compaction
  180. BO optics extraction natural bunch duration
  181. BO optics extraction natural bunch length
  182. BO optics extraction natural emittance
  183. BO optics extraction natural energy spread
  184. BO optics extraction overvoltage
  185. BO optics extraction radiation damping time horizontal
  186. BO optics extraction radiation damping time longitudinal
  187. BO optics extraction radiation damping time vertical
  188. BO optics extraction radiation integral i1
  189. BO optics extraction radiation integral i2
  190. BO optics extraction radiation integral i3
  191. BO optics extraction radiation integral i4
  192. BO optics extraction radiation integral i5
  193. BO optics extraction radiation integral i6
  194. BO optics extraction radiation power
  195. BO optics extraction rf energy acceptance
  196. BO optics extraction slip factor
  197. BO optics extraction synchronous phase
  198. BO optics extraction synchrotron frequency
  199. BO optics extraction tune synchrotron
  200. BO optics injection betatron frequency horizontal
  201. BO optics injection betatron frequency vertical
  202. BO optics injection tune synchrotron
  203. BO optics natural chromaticity horizontal
  204. BO optics natural chromaticity vertical
  205. BO optics tune horizontal
  206. BO optics tune vertical
  207. BO ramp cycling frequency
  208. BO rf extraction frequency
  209. BO rf extraction peak voltage
  210. BO rf extraction power
  211. BO rf extraction wavelength
  212. BO rf harmonic number
  213. BO rf injection frequency
  214. BO rf injection peak voltage
  215. BO rf shunt impedance

Primitive parameters

  1. BO beam extraction current
  2. BO beam extraction energy
  3. BO beam injection current
  4. BO beam injection energy
  5. BO bpm number
  6. BO error alignment bpm
  7. BO error alignment dipole
  8. BO error alignment quadrupole
  9. BO error alignment sextupole
  10. BO error excitation dipole
  11. BO error excitation quadrupole
  12. BO error excitation sextupole
  13. BO error gradient dipole
  14. BO error quadrupole tracking
  15. BO error rotation dipole
  16. BO error rotation quadrupole
  17. BO error rotation sextupole
  18. BO error sextupole dipole
  19. BO error vibration girder
  20. BO lattice circumference
  21. BO lattice symmetry
  22. BO lattice type
  23. BO lattice version
  24. BO magnet ch bore diameter
  25. BO magnet ch hardedge length
  26. BO magnet ch maximum integrated strength
  27. BO magnet ch number
  28. BO magnet ch physical length
  29. BO magnet cv bore diameter
  30. BO magnet cv hardedge length
  31. BO magnet cv maximum integrated strength
  32. BO magnet cv number
  33. BO magnet cv physical length
  34. BO magnet dipole full gap
  35. BO magnet dipole good field region
  36. BO magnet dipole good field region homogeneity
  37. BO magnet dipole hardedge length
  38. BO magnet dipole hardedge sagitta
  39. BO magnet dipole integrated quadrupole strength
  40. BO magnet dipole integrated sextupole strength
  41. BO magnet dipole number
  42. BO magnet dipole physical length
  43. BO magnet quadrupole qd bore diameter
  44. BO magnet quadrupole qd hardedge length
  45. BO magnet quadrupole qd number
  46. BO magnet quadrupole qd physical length
  47. BO magnet quadrupole qf bore diameter
  48. BO magnet quadrupole qf hardedge length
  49. BO magnet quadrupole qf integrated strength
  50. BO magnet quadrupole qf maximum integrated strength
  51. BO magnet quadrupole qf number
  52. BO magnet quadrupole qf physical length
  53. BO magnet quadrupole qs bore diameter
  54. BO magnet quadrupole qs hardedge length
  55. BO magnet quadrupole qs maximum gradient
  56. BO magnet quadrupole qs maximum integrated strength
  57. BO magnet quadrupole qs number
  58. BO magnet quadrupole qs physical length
  59. BO magnet reference radius
  60. BO magnet sextupole sd bore diameter
  61. BO magnet sextupole sd hardedge length
  62. BO magnet sextupole sd integrated strength
  63. BO magnet sextupole sd number
  64. BO magnet sextupole sd physical length
  65. BO magnet sextupole sf bore diameter
  66. BO magnet sextupole sf hardedge length
  67. BO magnet sextupole sf number
  68. BO magnet sextupole sf physical length
  69. BO optics chromaticity horizontal
  70. BO optics chromaticity vertical
  71. BO optics default mode
  72. BO optics extraction damping partition number vertical
  73. BO optics extraction radiation integral i1
  74. BO optics extraction radiation integral i2
  75. BO optics extraction radiation integral i3
  76. BO optics extraction radiation integral i4
  77. BO optics extraction radiation integral i5
  78. BO optics extraction radiation integral i6
  79. BO optics extraction tune synchrotron
  80. BO optics injection tune synchrotron
  81. BO optics natural chromaticity horizontal
  82. BO optics natural chromaticity vertical
  83. BO optics tune horizontal
  84. BO optics tune vertical
  85. BO ramp cycling frequency
  86. BO rf extraction peak voltage
  87. BO rf extraction power
  88. BO rf harmonic number
  89. BO rf injection peak voltage
  90. BO rf shunt impedance