G. David
Brookhaven National Laboratory
8 Papers
4 Citations
G. David is an academic researcher from Brookhaven National Laboratory. The author has contributed to research in topics: Pion & Nucleon. The author has an hindex of 5, co-authored 8 publications.
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Papers
Proton and pion production relative to the reaction plane in Au + Au collisions at 11A GeV/c
J. Barrette,R. Bellwied,S. Bennett,R. Bersch,Peter Braun-Munzinger,W. C. Chang,W. E. Cleland,M. Clemen,J. D. Cole,Thomas Michael Cormier,Y. Dai,G. David,J. Dee,O. Dietzsch,M. Drigert,K. Filimonov,S. C. Johnson,J. R. Hall,T. K. Hemmick,N. Herrmann,B. Hong,Y. Kwon,R. Lacasse,Q. Li,T. W. Ludlam,S. K. Mark,R. Matheus,S. McCorkle,J. T. Murgatroyd,D. Miśkowiec,E. O'Brien,S. Panitkin,T. Piazza,M. Pollack,Claude Andre Pruneau,M. N. Rao,Edward L. Reber,M. Rosati,N. C. da Silva,S. Sedykh,Upul Sonnadara,Johanna Stachel,E. M. Takagui,S. Voloshin,T. Vongpaseuth,G. Wang,Johannes Peter Wessels,C. L. Woody,N. Xu,Yi Zhang,C. Zou +50 more
TL;DR: In this article, an analysis of proton and charged particle azimuthal distributions measured with respect to the reaction plane in Au + Au collisions at a beam momentum of about 11A GeV/c is presented.
135
Flow studies at 10.8 GeV/nucleon
T. K. Hemmick,J. Barrette,R. Bellwied,S. Bennett,R. Bersch,Peter Braun-Munzinger,W. C. Chang,W. E. Cleland,M. Clemen,J. D. Cole,Thomas Michael Cormier,Y. Dai,G. David,J. Dee,O. Dietzsch,M. Drigert,K. Filimonov,J. R. Hall,N. Herrmann,B. Hong,C. L. Jiang,S. C. Johnson,Y. Kwon,R. Lacasse,A. Lukaszew,Q. Li,T. W. Ludlam,S. K. Mark,S. McCorkle,R. Matheus,D. Miśkowiec,J. T. Murgatroyd,E. O'Brien,S. Panitkin,T. Piazza,M. Pollack,Claude Andre Pruneau,Yujin Qi,M. N. Rao,M. Rosati,N. C. daSilva,S. Sedykh,Upul Sonnadara,Johanna Stachel,N. Starinsky,E. M. Takagui,M. Trzaska,S. Voloshin,T. Vongpaseuth,G. Wang,J. P. Wessels,C. L. Woody,N. Xu,Yi Zhang,Z. Zhang,C. Zou +55 more
TL;DR: In this article, the present status of the E877 studies of anisotropic transverse flow at the AGS energy is presented, where flow is quantified by Fourier analysis of the azimuthal distributions of transverse energy and charged particle multiplicity.
5
Backward yields of pions, protons, and deuterons in relativistic 28Si+Pb collisions at 14.6 A GeV/c
J. Barrette,R. Bellwied,S. Bennett,Peter Braun-Munzinger,W. E. Cleland,Thomas Michael Cormier,G. David,J. Dee,G. E. Diebold,Olácio Dietzsch,J. V. Germani,S. Gilbert,Senta Greene,J. R. Hall,T. K. Hemmick,N. Herrmann,B. Hong,K. Jayananda,D. Kraus,B. Shiva Kumar,R. Lacasse,Q. Li,D. Lissauer,W. J. Llope,T. W. Ludlam,A. Lukaszew,R. D. Majka,S. K. Mark,R. Matheus,S. McCorkle,J. T. Mitchell,M. Muthuswamy,E. O'Brien,S. Panitkin,Claude Andre Pruneau,M. N. Rao,M. Rosati,F. S. Rotondo,N. C. da Silva,Upul Sonnadara,Johanna Stachel,Helio Takai,E. M. Takagui,T. G. Throwe,S. Voloshin,G. Wang,D. Wolfe,C. L. Woody,N. Xu,Y. Zhang,Z. Zhang,C. Zou +51 more
TL;DR: In this article, the production of pions, protons and deuterons was studied at a laboratory angle of 144° in 28 Si+Pb collisions at 14.6 GeV/c per nucleon.
Particle production and hydrodynamic flow: Recent results from E877 for Au+Au colliaions at AGS energy
Johannes Peter Wessels,J. Barrette,R. Bellwied,S. Bennett,R. Bersch,Peter Braun-Munzinger,W.C. Chang,W. E. Cleland,M. Clemen,J. D. Cole,Thomas Michael Cormier,Y. Dai,G. David,J. Dee,O. Dietzsch,M. W. Drigert,S. I. Esumi,A. French,K. Filimonov,J. R. Hall,T.K. Hemmick,N. Herrmann,B. Hong,S. Johnson,Y. Kwon,R. Lacasse,Q. Li,T. W. Ludlam,S. K. Mark,R. Matheus,S. McCorkle,D. Miśkowiec,J. T. Murgatroyd,E. O'Brien,S. Panitkin,V. Pantuev,P. Paul,T. Piazza,M. Pollack,Claude Andre Pruneau,Yujin Qi,Edward L. Reber,M. Rosati,N. C. daSilva,S. Sedykh,J. Sheen,Upul Sonnadara,Johanna Stachel,N. Starinsky,E. M. Takagui,M. Trzaska,S. Voloshin,T. Vongpaseuth,G. Wang,J.P. Wessels,C. L. Woody,N. Xu,Y. Zhang,C. Zou +58 more
TL;DR: The results of the E877 collaboration are presented in this article, including double differential multiplicities and rapidity densities of hadrons produced in Au+Au collisions at 11 AgeV/c, two-particle correlations of like and unlike particles, as well as some recent results on particle flow.
Observation of anisotropic event shapes and transverse flow in ultrarelativistic Au+Au collisions.
J. Barrette,R. Bellwied,S. Bennett,Peter Braun-Munzinger,W. E. Cleland,M Clemen,J. D. Cole,Thomas Michael Cormier,G. David,J. Dee,O. Dietzsch,M. Drigert,S. Gilbert,J. R. Hall,T. K. Hemmick,N. Herrmann,B. Hong,C. L. Jiang,Y. Kwon,R. Lacasse,A. Lukaszew,Q. Li,T. W. Ludlam,S. McCorkle,S. K. Mark,R. Matheus,E. O'Brien,S. Panitkin,T. Piazza,Claude Andre Pruneau,M. N. Rao,M. Rosati,N. C. daSilva,S. Sedykh,Upul Sonnadara,Johanna Stachel,Helio Takai,E. M. Takagui,S. Voloshin,G. Wang,J.P. Wessels,C. L. Woody,N. Xu,Yi Zhang,Zixu Zhang,C. Zou +45 more
TL;DR: Event shapes for Au + Au collisions at 11.4 GeV/[ital c] per nucleon were studied over nearly the full solid angle with the E877 apparatus to identify pronounced event anisotropy and the signal decreases for peripheral and very central collisions.