The interplay of the effects of geometry and collective motion on d-{alpha} correlation functions is investigated for central Xe+Au collisions at E/A=50 MeV. The data cannot be explained with out collective motion, which could be partly along the beam axis. A semi-quantitative description of the data can be obtained using a Monte -Carlo model, where thermal emission is superimposed on collective motion. Both the emission volume and the competition between the thermal and collective motion influence significantly the shape of the correlation function, motivating new strategies for extending intensity interferometry studies to massive particles
Two-particle azimuthal (Delta phi) and pseudorapidity (Delta eta) correlations using a trigger parti...
Using a microscopic transport model together with a coalescence after-burner, we study the formation...
Velocity correlations of intermediate mass fragments (IMFs), produced in central collisions of Au + ...
The interplay of the effects of geometry and collective motion on d-$\alpha$ correlation functions i...
Shape analyses of two-particle correlation functions are discussed. Two-proton imaging provides info...
Velocity correlations of intermediate mass fragments (IMFs), produced in collisions of Au+Au at 100,...
The study of nuclear matter under extreme conditions is a very active area in nuclear physics. This ...
Recently, multiparticle-correlation measurements of relativistic p/d(3)He + Au, p + Pb, and even p +...
We discuss azimuthal correlations in dAu collisions at different rapidities and centralities and arg...
Deuteron-gold (d+Au) collisions at the Relativistic Heavy Ion Collider provide ideal platforms for t...
International audienceRecently, multiparticle-correlation measurements of relativistic p/d/He3+Au, p...
Azimuthal correlations of charged particles in xenon-xenon collisions at a center-of-mass energy per...
Azimuthal correlations of charged particles in xenon-xenon collisions at a center-of-mass energy per...
Azimuthal correlations of charged particles in xenon-xenon collisions at a center-of-mass energy per...
Recently, multiparticle-correlation measurements of relativistic p/d/He3+Au, p+Pb, and even p+p coll...
Two-particle azimuthal (Delta phi) and pseudorapidity (Delta eta) correlations using a trigger parti...
Using a microscopic transport model together with a coalescence after-burner, we study the formation...
Velocity correlations of intermediate mass fragments (IMFs), produced in central collisions of Au + ...
The interplay of the effects of geometry and collective motion on d-$\alpha$ correlation functions i...
Shape analyses of two-particle correlation functions are discussed. Two-proton imaging provides info...
Velocity correlations of intermediate mass fragments (IMFs), produced in collisions of Au+Au at 100,...
The study of nuclear matter under extreme conditions is a very active area in nuclear physics. This ...
Recently, multiparticle-correlation measurements of relativistic p/d(3)He + Au, p + Pb, and even p +...
We discuss azimuthal correlations in dAu collisions at different rapidities and centralities and arg...
Deuteron-gold (d+Au) collisions at the Relativistic Heavy Ion Collider provide ideal platforms for t...
International audienceRecently, multiparticle-correlation measurements of relativistic p/d/He3+Au, p...
Azimuthal correlations of charged particles in xenon-xenon collisions at a center-of-mass energy per...
Azimuthal correlations of charged particles in xenon-xenon collisions at a center-of-mass energy per...
Azimuthal correlations of charged particles in xenon-xenon collisions at a center-of-mass energy per...
Recently, multiparticle-correlation measurements of relativistic p/d/He3+Au, p+Pb, and even p+p coll...
Two-particle azimuthal (Delta phi) and pseudorapidity (Delta eta) correlations using a trigger parti...
Using a microscopic transport model together with a coalescence after-burner, we study the formation...
Velocity correlations of intermediate mass fragments (IMFs), produced in central collisions of Au + ...