Takeshi Kodama - Selected publications#


  1. DROPLET MODEL OF GIANT DIPOLE RESONANCE, MYERS WD; SWIATECKI WJ; KODAMA T; et al. PHYS.REV.C15, 2032-2043, 1977 cited 165 times, 4.58/year
  2. R-PROCESS NUCLEOSYNTHESIS AND NUCLEI FAR FROM REGION OF BETA-STABILITY, KODAMA T; TAKAHASHI K. NUCL. PHYS. A239 489-510, 1975 cited 80 times 2.11/year
  3. Smoothed particle hydrodynamics for relativistic heavy-ion collisions, Aguiar CE; Kodama T; Osada T; et al, J. PHYS.G-NUCLEAR AND PARTICLE PHYSICS 27, 75-94, 2001, cited 73 times, 6.08/year
  4. Topics on hydrodynamic model of nucleus-nucleus collisions, Hama Y; Kodama T; Socolowski O, BRAZILIAN JOURNAL OF PHYSICS 35, 24-51, 2005, cited 71 times, 8.88/year
  5. CONTINUOUS PARTICLE-EMISSION - A PROBE OF THERMALIZED MATTER EVOLUTION, GRASSI F; HAMA Y; KODAMA, PHYS. LETT. B355, 9-14, 1995, cited 66 times, 3.67/year
  6. Examining the necessity to include event-by-event fluctuations in experimental evaluations of elliptical flow, Andrade R.; Grassi F.; Hama Y.; Kodama, T; et al, PHYS. REV. LETT. 97, 202302, 2006 cited 65 times, 9.29/year
  7. GENERAL-RELATIVISTIC NON-LINEAR FIELD - KINK SOLUTION IN A GENERALIZED GEOMETRY, KODAMA, PHYS. REV. D18, 3529-3534, 1978, cited 50.
  8. Topology Studies of Hydrodynamics Using Two-Particle Correlation Analysis, Takahashi J.; Tavares B. M.; Qian W. L.; Kodama, T et al. , PHYS. REV. LETT. V103, 242301, 2009, cited 49 times, 12.25/year
  9. Relativistic dissipative hydrodynamics: A minimal causal theory, Koide T.; Denicol G. S.; Mota Ph.; Kodama, T. et al. PHYS. REV. C75, 034909, 2007, cited 43 times 7.17/year
  10. CAUSALITY AND RELATIVISTIC EFFECTS IN INTRANUCLEAR CASCADE CALCULATIONS, KODAMA T; DUARTE SB; CHUNG KC; et al. PHYS. REV. C29, 2146-2152, 1984 cited 37 times, 1.28/year
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