H. M. Spinka

C.E. Allgower; B. D. Anderson; A.R. Baldwin; J. Balewski; M. Belt-Tonjes; L.C. Bland; R.L. Brown; R. V. Cadman; W. Christie; I. Cyliax; V. B. Dunin; G. Eppley; C. A. Gagliardi; N. Gagunashvili; T. J. Hallman; W. Hunt; W.W. Jacobs; A. Klyachko; K. Krueger; A. I. Kulikov; A. Ogawa; Y. Panebratsev; M. Planinic; J. Puskar-Pasewicz; G. Rakness; S. V. Razin; O. V. Rogachevski; S. Shimansky; K. Solberg; J. Sowinski

The STAR endcap electromagnetic calorimeter will provide full azimuthal coverage for high-pT photons, electrons and electromagnetically decaying mesons over the pseudorapidity range 1.086⩽η⩽2.00. It includes a scintillating-strip shower-maximum detector to provide π0/γ discrimination and preshower and postshower layers to aid in distinguishing between electrons and charged hadrons. The triggering capabilities and coverage it offers are crucial for much of the spin physics program to be carried out in polarized proton–proton collisions.

I. Supek; M.W. McNaughton; K. Koch; N. Tanaka; R.D. Ransome; D.A. Ambrose; K.H. McNaughton; P. J. Riley; G. Glass; J.C. Hiebert; L.C. Northcliffe; A.J. Simon; D.L. Adams; R. H. Jeppesen; H. M. Spinka; G.E. Tripard

Abstract A high count rate polarimeter for the measurement and monitoring of the polarization of an intermediate energy neutron beam has been developed. The device, QPAN, consists of a double arm telescope with adjustable copper absorbers. The asymmetry of the protons scattered from the liquid hydrogen (LH2) target is calculated from the count differential between two arms, positioned above and below the beam.

R.J. Peterson; C.E. Allgower; V. Bekrenev; W. J. Briscoe; K. Craig; D. Grosnick; D. Isenhower; N. Knecht; D. D. Koetke; A. A. Kulbardis; G. J. Lolos; V. Lopatin; D. M. Manley; R. Manweiler; A. Marusic; S. McDonald; B. M. K. Nefkens; J. Olmsted; Z. Papandreou; D. C. Peaslee; N. Phaisangittisakul; John C. Price; D. E. Prull; A. F. Ramirez; M. E. Sadler; A. Shafi; H. M. Spinka; T. D. S. Stanislaus; A. Starostin; H. M. Staudenmaier

B. M. K. Nefkens; S. Prakhov; A. Gardestig; C. E. Allgower; V. Bekrenev; W. J. Briscoe; M. Clajus; K. Craig; D. Grosnick; D. Isenhower; N. Knecht; D. D. Koetke; A. Koulbardis; N. Kozlenko; S. Kruglov; G. J. Lolos; I. V. Lopatin; D. M. Manley; R. Manweiler; A. Marusic; S. McDonald; J. Olmsted; Z. Papandreou; D. C. Peaslee; N. Phaisangittisakul; J. W. Price; A. F. Ramirez; M. E. Sadler; A. Shafi; H. M. Spinka

K.H. McNaughton; D.A. Ambrose; P. Coffey; K. Johnston; P. J. Riley; M.W. McNaughton; K. Koch; I. Supek; N. Tanaka; G. Glass; J.C. Hiebert; L.C. Northcliffe; A.J. Simon; D.J. Mercer; D.L. Adams; H. M. Spinka; R. H. Jeppesen; G. E. Tripard; H. Woolverton

M.W. McNaughton; K. Koch; I. Supek; N. Tanaka; K.H. McNaughton; P. J. Riley; D.A. Ambrose; J. Johnson; A. Smith; G. Glass; J.C. Hiebert; L.C. Northcliffe; A.J. Simon; D.L. Adams; R.D. Ransome; D.B. Clayton; H. M. Spinka; R.H. Jeppeson; G. E. Tripard

A. Shafi; S. Prakhov; I. I. Strakovsky; W. J. Briscoe; B. M. K. Nefkens; C. E. Allgower; Richard A. Arndt; V. Bekrenev; C. Bennhold; M. Clajus; K. Craig; D. Grosnick; D. Isenhower; N. Knecht; D. D. Koetke; A. A. Kulbardis; N. Kozlenko; S. Kruglov; G. J. Lolos; I. Lopatin; D. M. Manley; R. Manweiler; A. Marusic; S. McDonald; J. Olmsted; Z. Papandreou; D. C. Peaslee; N. Phaisangittisakul; J. W. Price; A. F. Ramirez

J. Ball; M. Beddo; Y. Bedfer; J. Bystrický; P.-A. Chamouard; M. Combet; Ph. Demierre; Jean-Charles Fontaine; G. Gaillard; D. Grosnick; R. Hess; R. Kunne; F. Lehar; A. de Lesquen; D. Lopiano; D. Rapin; J.L. Sans; H. M. Spinka