Performance of a Polarized Deuterium Internal Target in a Medium-Energy Electron Storage Ring.
- Zhou, Z.L.
- Ferro Luzzi, M.M.E.
- van den Brand, J.F.J.
- Bulten, H.J.
- Alarcon, R.
- van Bommel, R.
- Botto, T.
- Bouwhuis, M.
- Buchholz, M.
- Choi, S.
- Comfort, J.
- Doets, M.
- Dolfini, S.
- Ent, R.
- Gaulard, C.
- de Jager, C.W.
- Lang, J.
- de Lange, D.J.
- Miller, M.A.
- Passchier, E.
- Passchier, I.
- Poolman, H.R.
- Six, E.
- Steijger, J.J.M.
- Unal, O.
- de Vries, H.
Publication date
January 1996
DOI Publisher
Elsevier BV ISSN
0168-9002 Citation count (estimate)
14Abstract
A polarized deuterium target internal to a medium-energy electron storage ring is described in the context of spindependent (e, e′d) and (e ,e′p) experiments. Tensor polarized deuterium was produced in an atomic beam source and injected into a storage cell target. A Breit-Rabi polarimeter was used to monitor the injected atomic beam polarization. An electrostatic ion-extraction system and a Wien filter were utilized to measure on-line the atomic fraction of the target gas (71 ± 2%) in the storage cell. A target thickness t ≃ 2 × 1
Add to ORKG