nuclear collision

nuclear collision

[′nü·klē·ər kə′lizh·ən]
(nuclear physics)
A collision between an atomic nucleus and another nucleus or particle.
References in periodicals archive ?
To study the many effects that emerge in nuclear collisions one must know if a nuclear collision is the sum of many nucleon-nucleon sub-collisions or if the nuclear structure is somehow different.
2, which indicates that nuclear collisions are not only different from nucleon-nucleon collisions but also are emitting fewer particles.
Proton and nuclear collisions produce a wide variety of hadrons, and patterns in their number and momenta can be used to deduce properties of nature at high energies and short time scales.
The 26-year-old spoke out as crazed Jong-un heads on a dangerous nuclear collision course with Donald Trump over his provocative missile testing that could end in all-out war.
2) Nuclear Collision Course Interactive Feature, Nicholas D.
This finding suggests that at least some fraction of the material in a lead-lead nuclear collision is a quark-gluon plasma.
In its previous particle physics experiments, the SPS was studying the behavior of quarks on a more or less individualistic basis; this experiment is looking for a large collective state, a quark-gluon plasma formed in the nuclear collision.
The multiplicity of new particles createdin the nuclear collision, and the energy they carry off in directions transverse to the beam of accelerated oxygen, are two early criteria for determining that the experiment is going in the right direction, and these indications are so far good, according to NA35's publication.
However, more advanced methods have to be developed in order to cope for the large underlying event in the nuclear collisions.
Voloshin, a Farmington Hills resident, was recog nized for his "numerous seminal contributions to the methods and interpretation of collective flow in relativistic nuclear collisions.
Exploring the interface of nuclear and particles physics, the 13 articles in this collection review recent experiments involving ultra-peripheral nuclear collisions, direct photon production and femtoscopy in relativistic heavy ion collisions, and small-x hard QCD physics.
These are exploratory experiments, and the physicists want to study carefully everything that happens in high-energy nuclear collisions.

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