HRS at small angles for e+/ e- pair for APEX

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Presentation transcript:

HRS at small angles for e+/ e- pair for APEX Paul Brindza, Jefferson Lab Septum magnets and radiation APEX schematic

HRS view for PREX

Hall A RT Septum magnet

View downstream from the target Showing sieve slit

RT Septum as installed for PREX

Beam Line field shield for PREX

Magnetic field on beam line for e+e- configuration APEX Test Run PREX septa magnets 2010 Magnetic field on beam line for e+e- configuration APEX Test Run Custom beam line for APEX June 2010

RT Septum Modifications for APEX RT Septum in High field configuration ie. all three coil sets installed and parallel fields Improved beam line field shield for parallel field operation Use soft iron shield that is 2 cm thick on mid plane Field shield extends +/- 100 cm from RT septum center Preserve beam aperture 7.0 cm diameter

RT septum model with coils spaced +/- 2 cm

Model side view showing extended field shield

Original PREX shield

RT Septum with original length 1 cm thick shield

Field on beam line for 2 cm thick long shield

Saturation in the 2 cm shield at center

Saturation in shield at yoke end and coil end Edge of yoke End of coils

Field in iron shield mid plane along “Z”

Field details along beam line

Integral BdL along gap center

RT Septum across gap in magnet mid plane

Cost and time impact of septum beam shield Iron shield needs to be 2 cm thick in mid plane and ~ 200 cm long. Current shield is length of yoke. RT septum will need coil spacers to fit the new coil spacing of +/- 1 cm. RT septum must be disassembled to install new beam shield and change coil spacing. Cost is about $20,000 plus at least two weeks for several Hall A techs.

APEX Beam Shield Cost Iron 350 # annealed $ 3500 Boring 80 hr at 50$/hr $ 4000 Bellows and flanges $ 4000 Welding & leak checking $ 2000 Use $20,000 for new shield components plus Hall A labor

Latest radiation budget

Conclusions RT Septum meets requirements for APEX APEX requires use of all three coils sets (same as G2P) in parallel field mode RT Septum requires 2 DC supplies for high field 240 V 1100 A each Requires a thicker and longer beam field shield Modifications have reasonable cost and time impact