Ja n 19 94 Simple Formula for Nuclear Charge Radius ∗

Ja n 19 99 Scaling properties of transverse flow in Bjorken ’ s scenario for heavy ion collisions

We report a simple analytic solution for the velocity u of the transverse flow of QGP at a hadronization front in Bjorken’s scenario. We establish scaling properties of the transverse flow as a function of the expansion time. We present simple scaling formula for the expansion velocity distribution.

Ja n 19 94 A model for q 2 q̄ 2 systems , illustrated by an application to KK̄ scattering

A consistent set of nuclear rms charge radii : properties of the radius surface R ð N ; Z Þ q

A set of 799 ground state nuclear charge radii is presented. Experimental data from elastic electron scattering, muonic atom X-rays, Ka isotope shifts, and optical isotope shifts have been taken into account that were available up to January 2004. Wherever possible, connections and constraints between the data were applied to make the data system consistent. Based on the resulting data set, the...

On the liquid drop model mass formulae and charge radii

An adjustment to 782 ground state nuclear charge radii for nuclei with N,Z ≥ 8 leads to R0 = 1.2257 A 1/3 fm and σ = 0.124 fm for the charge radius. Assuming such a Coulomb energy Ec = 3 5 eZ/1.2257 A 1 3 , the coefficients of different possible mass formulae derived from the liquid drop model and including the shell and pairing energies have been determined from 2027 masses verifying N,Z ≥ 8 a...

On the coefficients of the liquid drop model mass formulae and nuclear radii

The coefficients of different mass formulae derived from the liquid drop model and including or not the curvature energy, the diffuseness correction to the Coulomb energy, the charge exchange correction term, different forms of the Wigner term and different powers of the relative neutron excess I = (N − Z)/A have been determined by a least square fitting procedure to 2027 experimental atomic ma...