HIGS Frozen Spin Target System (HIFROST) Pil-Neyo Seo University of Virginia Triangle Universities Nuclear Laboratory (TUNL) PSTP International Workshop,

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Presentation transcript:

HIGS Frozen Spin Target System (HIFROST) Pil-Neyo Seo University of Virginia Triangle Universities Nuclear Laboratory (TUNL) PSTP International Workshop, 9/10/13

What is needed to execute experiments ~100 MeV Ying Wu’s talk 17:40-18:10 Overview of the High Intensity Gammra-ray Source at TUNL: Capabilities and future upgrades

High Intensive  amma Source (HI  S) Free electron laser from 192 to 780 nm Compton backscattering to produce  -ray beam up to 100 MeV Beam can be linearly or circularly polarized Intracavity scattering leads to a very intense beam (~10 7  /s) Monoenergetic beam (  E/E=0.7~4.0% with collimators)

Motivation: HIGS/TUNL

HI  S Frozen Spin Target (HIFROST) System

Conceptual Design of HIFROST Polarization mode with 2.5 T SC magnet

Data-production mode with a detector array Conceptual Design of HIFROST

HIFROST System 3 He (3 roots+2 mech pump) sys 4 He (2 roots + 1 mech pump) sys

Gas Control System

Outside gamma vault inside gamma vault Gas Control System-LHe transfer line

HIFROST System new mixing chamberHorizontal dilution refrigerator Originally designed by T. Niinikoski Used at CERN and GKSS in Germany Modified by Uva Ready for HIFROST

HIFROST System Scintillating target Developed as proton source at UMass Butanol target as deuteron source is at UVa

HIFROST System AMI 2.5 T Polarizing SC magnet 0.5 T solenoid from CERN

Transverse Holding Field Magnet Designed and constructed in 2009 NbTi:Cu=1.13:1 4 layers in 136,136,122,48 turns Measured 0.36T at 25 A Expected 0.5T at 35 A Seo et al., NIM A618, (2010)

HIFROST System 70 GHz Microwave system w/ Carcinotron - two sets of “microwave generator + power supply” EIO + Cober power supply Carcinotron + power supply (from HZG, use as a backup)

HIFROST System Liverpool Q meter 2 Deuteron box, 2 Proton box are available Setup at HIgS is in progress

GDH Sum Rule for the Deuteron HI  S/TUNL LEGS,JLab,Bonn Sum of GDH for neutron plus proton Hosoda and Yamamoto showed that the same relation holds for spin S=1 nuclei such as the deuteron PRL 93 (2004)

GDH Sum Rule for the Deuteron HI  S LEGS,JLab,Bonn Sum of GDH for neutron plus proton Hosoda and Yamamoto showed that the same relation holds for spin S=1 nuclei such as the deuteron PRL 93 (2004) MeV 16 MeV 12 MeV

The Neutron Detector Array (Blowfish) 88 BC-505 liquid scintillators covering ¼ 4  Active volume: 7.6 x 7.6 x 6.4cm 3 Optically coupled to 12 staged PMT through a light guide 8 evenly spaced arm in  11 evenly spaced ring in  from 22.5º to 157.5º from Ward Wurtz’s Ph.D. Thesis (2010)

Summary HIFROST is currently in commissioning at TUNL Fridge is going to be cooled down within two weeks First experiment, GDH sumrule test on deuteron is scheduled in late October 2012