IR1

The geometry is composed of different parts:

• vacuum pipes before the TAS
• vacuum pipes after the TAS
• TAS anad TAS B
• magnets: MQXA and MQXB
• Beam screens
• Corrector magnets: MCBX and MQSX

Each part will be implemented in a dedicated .dat file with SIMPLEGEO

 

Geometry	Files	Regions	Methods
Vacuum pipes   cylinder/cylinder or cylinder/ opening cone cone/cone			Sequences of tubes: the continuity of the regions has to be handled with operations of differences between overlapping element bodies, or by introducing planes delimited the 2 regions. use a longer length for the smaller aperture cylinder. Create the regions with difference operation use a plane definition between the 2 regions
Pipes			Difference operation with the inner radius and outer radius+ sequences of the pipes
Quadrupole Magnets Q1, Q2a, Q2b and Q3			The geometry is composed with the insulation (G10) and the conductors (NbTi) layers ( 2 or 4) + aluminum collar and iron yoke. The 4 copper wedges are also described. So far, no internal insulation layer implemented: Aperture magnet=3.49 cm The beam pipe is not implemented in this model. No cover at each end is implemented. mechanical length: Q1=767.6 cm (length of the coils + endcovers, correspond to the magnetic length?)
Beam screens	IR1_BS_fluka.inp (vertical direction)	Beam screens: #214 to #237	2 configurations: horizontal direction (IP1 for a vertical crossing angle) vertical direction (IP5 for a horizontal crossing angle)
TAS B	IR1_BS_h_co_fluka.inp	254 regions #253	OR=5 cm z=[]
Corrector magnets	IR1_BS_h_co_fluka.inp: without magnetic field IR1_BS_h_co_mag.inp: with magnetic field	254 regions corrector magnets: #238 to #252	MCBX1 MCBX2 MCBX3 MQSX

Christine Hoa:  christine.hoa@cern.ch
Elena Wildner: elena.wildner@cern.ch
Jean Pierre Koutchouk: jean-pierre.koutchouk@cern.ch
Guido Sterbini: guido.sterbini@cern.ch

Francesco Broggi: francesco.broggi@cern.ch