J. Hauser
California Institute of Technology
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Nuclear Instruments & Methods in Physics Research Section A-accelerators Spectrometers Detectors and Associated Equipment | 1984
D. Bernstein; J. Bernstein; K. O. Bunnell; G. Burgueno; R. E. Cassell; B. Collins; D.H. Coward; K. F. Einsweiler; R.L. Eisele; B. Haber; D. Hutchinson; G. Mazaheri; E. McNerney; L. Moss; R. F. Mozley; A. Odian; J. Roehrig; K. Skarpaas; B. Sukiennicki; W. Toki; Y. Unno; F. Villa; W. Wadley; N. Wermes; D. Wisinski; R. M. Baltrusaitis; G. Belyansky; D. Coffman; R. Cooper; W. Freidler
Abstract This paper describes the design, construction and performance of the Mark III, a new general purpose large solid angle spectrometer at SPEAR, the SLAC 2–8 GeV e+e− storage ring. The detector has been designed for the study of exclusive final states in e+e− annihilation, which requires large solid angle coverage combined with charged particle momentum resolution, particle identification, and photon detection efficiency at low energies.
Nuclear Instruments & Methods in Physics Research Section A-accelerators Spectrometers Detectors and Associated Equipment | 1984
J. Roehrig; K. F. Einsweiler; D. Hutchinson; E. McNerney; A. Odian; K. Skarpaas; Y. Unno; F. Villa; F. Grancagnolo; W. Rowe; A. Seiden; R. M. Baltrusaitis; J. Hauser; J. D. Richman; J. J. Russell; G. T. Blaylock; J. J. Thaler; W. J. Wisniewski
Abstract A large cylindrical drift chamber has been constructed for the MARK III detector at SPEAR. The inner layer has a high density of sense wires for the measurement of kinks, vees, and d E d x . The outer layers have a cell design with three sense wires, giving uniform drift behavior and left/right ambiguity resolution within a cell. The chamber has both current division and stereo layers for longitudinal position measurement.
Nuclear Physics B - Proceedings Supplements | 1990
Ronen Mir; D. Coffman; G. P. Dubois; F. DeJongh; G. Eigen; J. Hauser; D. G. Hitlin; A. I. Mincer; C. G. Matthews; J. D. Richman; William J. Wisniewski; Y. Zhu; Joan Adler; J. C. Brient; T. E. Browder; K. O. Bunnell; R. E. Cassell; D.H. Coward; K. Einsweiler; C. Grab; P. Kim; J. Labs; A. Odian; D. Pitman; R. H. Schindler; W. H. Toki; F. Villa; S. Wasserbaech; D. Wisinski; Z. Bai
This paper presents recent results from the Mark III detector at SPEAR, in the open charm sector. The first topic discussed is the reanalysis of the direct measurement of the D hadronic branching fractions, where a detailed study has been made of the Cabibbo suppressed and multi-..pi../sup 0/s D decays backgrounds in the double tag sample. Next, the Dalitz plot analysis of the D decays to K..pi pi.. is presented, leading to the relative fractions of three-body versus pseudoscalarvector decays. 7 refs., 5 figs.
Physical Review D | 1989
J. Adler; J. J. Becker; G. T. Blaylock; T. Bolton; J. C. Brient; J. S. Brown; K. O. Bunnell; Mark J. Burchell; T. H. Burnett; R. E. Cassell; D. Coffman; V. Cook; D. H. Coward; F. DeJongh; D. E. Dorfan; J. Drinkard; G. P. Dubois; G. Eigen; K. F. Einsweiler; B. I. Eisenstein; T. Freese; C. Gatto; G. E. Gladding; C. Grab; R. P. Hamilton; J. Hauser; Clemens A. Heusch; David Hitlin; Jm Izen; P. C. Kim
A search for the decay of the charmed meson /ital D//sup 0//r arrow//bar K//sup 0/e/sup +/e/sup /minus// is presented, based on data collected at the /psi/(3770) resonance with the Mark III detector at the SLAC storage ring SPEAR. No evidence for this process is found, resulting in an upper limit on the decay branching ratio of 1.7/times/10/sup /minus/3/ at the 90% confidence level.
Physical Review D | 1988
D. Coffman; G. P. Dubois; G. Eigen; J. Hauser; D. G. Hitlin; C. G. Matthews; J. D. Richman; William J. Wisniewski; Y. Zhu; Mark J. Burchell; D. E. Dorfan; J. Drinkard; C. Gatto; R. P. Hamilton; C. A. Heusch; L. Köpke; W. S. Lockman; R. Partridge; J. Perrier; H. Sadrozinski; M. Scarlatella; T. Schalk; A. Seiden; A. J. Weinstein; R. Xu; J. J. Becker; G. T. Blaylock; B. I. Eisenstein; T. Freese; G. E. Gladding
Physical Review D | 1985
R. M. Baltrusaitis; D. Coffman; J. Hauser; D. G. Hitlin; J. D. Richman; J. J. Russell; R. H. Schindler; D. E. Dorfan; R. Fabrizio; F. Grancagnolo; R. P. Hamilton; C. A. Heusch; L. Köpke; R. Partridge; J. Perrier; H. Sadrozinski; M. Scarlatella; T. Schalk; A. Seiden; J. J. Becker; G. T. Blaylock; J. S. Brown; H. Cui; B. I. Eisenstein; G. E. Gladding; S. A. Plaetzer; A. L. Spadafora; J. J. Thaler; A. Wattenberg; W. J. Wisniewski
Physical Review D | 1986
R. M. Baltrusaitis; D. M. Coffman; J. Hauser; D. G. Hitlin; J. D. Richman; J. J. Russell; R. H. Schindler
Physical Review D | 1985
R. M. Baltrusaitis; D. Coffman; J. Hauser; D. G. Hitlin; J. D. Richman; J. J. Russell; R. H. Schindler; D. E. Dorfan; R. Fabrizio; F. Grancagnolo; R. P. Hamilton; C. A. Heusch; L. Köpke; R. Partridge; J. Perrier; H. Sadrozinski; M. Scarlatella; T. Schalk; A. Seiden; A. J. Weinstein; J. J. Becker; G. T. Blaylock; J. S. Brown; H. Cui; B. I. Eisenstein; G. E. Gladding; S. A. Plaetzer; A. L. Spadafora; J. J. Thaler; A. Wattenberg
Physical Review D | 1990
D. Coffman; F. DeJongh; G. P. Dubois; G. Eigen; J. Hauser; David Hitlin; C. G. Matthews; A. I. Mincer; J. D. Richman; William J. Wisniewski; Y. Zhu; Mark J. Burchell; D. E. Dorfan; J. Drinkard; C. Gatto; R. P. Hamilton; Clemens A. Heusch; L. Köpke; William Lockman; R. Partridge; H. F.-W. Sadrozinski; M. Scarlatella; T. Schalk; Abraham Seiden; A. J. Weinstein; S. Weseler; R. Xu; J. J. Becker; G. T. Blaylock; B. I. Eisenstein
Physical Review D | 1987
R. M. Baltrusaitis; D. Coffman; G. P. Dubois; G. Eigen; J. Hauser; D. G. Hitlin; C. G. Matthews; J. D. Richman; J. J. Russell; Y. Zhu; T. Bolton; K. O. Bunnell; R. E. Cassell; D.H. Coward; S. Dado; D. Favart; K. F. Einsweiler; U. Mallik; R. F. Mozley; A. Odian; J. Roehrig; R. H. Schindler; W. Stockhausen; W. Toki; F. Villa; S. Wasserbaech; N. Wermes; D. Wisinski; Guenter Wolf; D. E. Dorfan
