Advances in Nuclear Dynamics 2 by Mark D. Baker (auth.), Wolfgang Bauer, Gary D. Westfall

By Mark D. Baker (auth.), Wolfgang Bauer, Gary D. Westfall (eds.)

The twelfth iciness Workshop on Nuclear Dynamics carried at the culture, begun in 1978, of bringing jointly scientists operating in all regimes of nuclear dynamics. This vast variety of similar issues permits the researcher attending the Workshop to be uncovered to paintings that in most cases will be thought of outdoors his/her box, yet might po­ tentially upload a brand new measurement to the certainty of his/her paintings. At Snowbird, we introduced jointly experimentalists operating with heavy ion beams from 10 MeV/nucleon as much as 2 hundred GeV /nucleon and theoretical physicists operating in different parts starting from antisymmetrized fermionic dynamics to perturbative quantum chromo dynamics. Fu­ ture paintings at RHIC was once mentioned additionally, with shows from a number of of the experimen­ tal teams. furthermore, a number of talks addressed problems with cross-disciplinary relevance, from the examine of water-drop-collisions, to the multi-fragmentation of buckyballs. sincerely the sector of nuclear dynamics has a shiny destiny. the knowledge of the nuclear equation of kingdom in all of its manifestations is being elevated on all fronts either theoretically and experimentally. destiny Workshops on Nuclear Dynamics will surely have a lot growth to record. Gary D. Westfall Wolfgang Bauer Michigan country Universzty v earlier WORKSHOPS the next desk includes a checklist of the dates and destinations of the former iciness Workshops on Nuclear Dynamics in addition to the participants of the organizing committees. The chairpersons of the meetings are underlined.

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Of Sao Paulo - SWayne State Univ. INTRODUCTION Relativistic heavy ion collisions at 10 A·GeV incident beam energy probe nuclear matter at high densities and temperatures. The experimental approach of E877 at the Brookhaven AGS is to measure the transverse energy ET produced in these collisions in conjunction with the identification of single particles within a limited region of phase space. 2-5 The latter can be interpreted as a signature for transverse energy flow. Particle spectra support the formation of a high density region at midrapidity and the existence of a reaction plane.

I 70 MeV/A ~ d) • Z=3 -Z=4 • Z=5 • Z=6 o Z=7 ~~~il~~~. i~-'--'--~~~ 1 2 3 4 5 6 7 0 25 50 75 100 125150 vmin (emlns) Energy (MeV) Figure 2. Plots of T as a function of velocity (left column) and energy (right column) for 84Kr 197 Au at 55 and 70 MeV/A. + total fragment kinetic energy. This introduces a trivial Z dependence for near barrier emissions. For fragments of higher kinetic energy the role of the Coulomb barrier is diminished leading to a less distinct Z dependence. Subtraction of the Coulomb term to yield solely the dependence of the mean emission time on the thermal component is complicated.

R. D Thesis, Princeton University, Princeton HEP /94/09 (June 1994); E. D Thesis, Ruprecht-Karls-Univeritat Heidelberg (October 1993). A. , Z. Phys. C 39, 151 (1988). N. , Yad. Fiz. 52, 1612 (1990). A. , Phys. Lett. B316, 593 (1993). S. , Phys. Rev. Lett. 65, 1729 (1990); Prog. Th. Phys. , 85, 1287 (1991). B. , Phys. Rev. C 44, 1905 (1991). R. Longacre et al. (BNL-AGS E81O), Nucl. Phys. A590, 477c (1995). J. Belz et al. (BNL-AGS E888), Princeton University preprints 95-11 and 95-12 (October, 1995).

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