William Christie
Max Planck Society
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Publication
Featured researches published by William Christie.
Physical Review C | 1994
F.P. Brady; William Christie; J. L. Romero; C.E. Tull; J. L. Chance; G.P. Grim; Young Jc; H. J. Crawford; T. Kobayashi; Peter J. Lindstrom; D. Olson; T. J. M. Symons; I. Tanihata; H. Wieman; W. F. J. Müller; H. Sann; U. Lynen
Measurements of the transverse momenta ([ital p][sub [ital T]]) of medium and heavy mass projectile fragments for a range of projectile nuclei ([sup 40]Ar, [sup 93]Nb, [sup 139]La, [sup 197]Au) have been carried out. It is found that the width of the transverse momentum distributions increases more rapidly with projectile and fragment mass than predicted by models based on nucleon momenta in the projectile nuclei. The distributions can be fit by including an additional transverse momentum, [ital p][sub [ital B]] (for Bounce). The extracted values of [ital p][sub [ital B]]/[ital A][sub [ital F]] increase with decreasing [ital A][sub [ital F]], and extrapolations to small [ital A][sub [ital F]] appear to be consistent with the mean values of reaction-plane-projected [ital p][sub [ital T]] per nucleon for light particle (e.g., nucleon) bounce-off.
Physical Review C | 1994
F.P. Brady; William Christie; J. L. Romero; C.E. Tull; J. L. Chance; G.P. Grim; H. J. Crawford; T. Kobayashi; Peter J. Lindstrom; D. Olson; T. J. M. Symons; I. Tanihata; H. H. Wieman; W.F.J. Mueller; H. Sann; U. Lynen
Measurements of the transverse momenta ([ital p][sub [ital T]]) of medium and heavy mass projectile fragments for a range of projectile nuclei ([sup 40]Ar, [sup 93]Nb, [sup 139]La, [sup 197]Au) have been carried out. It is found that the width of the transverse momentum distributions increases more rapidly with projectile and fragment mass than predicted by models based on nucleon momenta in the projectile nuclei. The distributions can be fit by including an additional transverse momentum, [ital p][sub [ital B]] (for Bounce). The extracted values of [ital p][sub [ital B]]/[ital A][sub [ital F]] increase with decreasing [ital A][sub [ital F]], and extrapolations to small [ital A][sub [ital F]] appear to be consistent with the mean values of reaction-plane-projected [ital p][sub [ital T]] per nucleon for light particle (e.g., nucleon) bounce-off.
Physical Review Letters | 1988
F.P. Brady; William Christie; J. L. Romero; Tull Ce; McEachern B; Webb Ml; Young Jc; H. J. Crawford; D. E. Greiner; Peter J. Lindstrom; Sann H
Physical Review C | 1993
William Christie; J. L. Romero; F.P. Brady; C.E. Tull; G.P. Grim; B. McEachern; Young Jc; H. J. Crawford; D. E. Greiner; Peter J. Lindstrom; H. Sann; U. Lynen
Physical Review Letters | 1988
F. P. Brady; William Christie; J. L. Romero; C. E. Tull; B. McEachern; M. L. Webb; J. F. Young; H. J. Crawford; D. E. Greiner; Peter J. Lindstrom; H. Sann
European Physical Journal C | 2005
A. Mischke; James H. Adams; Z. Ahammed; J. Amonett; D. Arkhipkin; J. Balewski; O. Barannikova; J. Baudot; S. Bekele; A. Bellingeri-Laurikainen; R. Bellwied; J. Berger; Shrikant R. Bharadwaj; A. Bhasin; H. Bichsel; Jaroslav Bielcik; J. Bielcikova; A. Billmeier; S. L. Blyth; Michiel Botje; A. Boucham; J. Bouchet; A. Bravar; M. Bystersky; H. Caines; Jose Luis del Castillo; Oana Catu; D. Cebra; Z. Chajecki; P. Chaloupka
Physical Review C | 1993
William Christie; J. L. Romero; F.P. Brady; C.E. Tull; G.P. Grim; B. McEachern; Young Jc; H. J. Crawford; D. E. Greiner; Peter J. Lindstrom; H. Sann; U. Lynen
Physical Review C | 1993
William Christie; U. Lynen; G.P. Grim; F.P. Brady; J. L. Romero; H. J. Crawford; D. E. Greiner; C.E. Tull; H. Sann; Young Jc; B. McEachern; Peter J. Lindstrom
Physical Review Letters | 1988
F. P. Brady; William Christie; Jose Mauricio Lopez Romero; C. E. Tull; B. McEachern; M. L. Webb; J. F. Young; H. J. Crawford; D. E. Greiner; Peter J. Lindstrom
