Results 231 to 240 of about 170,416 (268)

Vector mesons in nuclear matter

Nuclear Physics A, 1999
We present novel results for the ϱ and ω spectral functions in nuclear matter, deduced from a coupled channel analysis of pion-nucleon scattering data.
Gy. Wolf, M.F.M. Lutz, B. Friman
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Poin Dynamics in Nuclear Matter

Journal of the Physical Society of Japan, 1964
Behavior of pions in nuclear matter is different from that of free pions due to strong interactions with nuclear-particles. The modified pion propagator and pion-nucleon coupling are calculated in this paper with the static approximation for nucleons.
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Nuclear charge and matter distributions

Contemporary Physics, 1981
The radial distributions of the nuclear charge and nuclear matter, or equivalently of the neutrons and protons, are among the most basic of nuclear properties. Substantial advances in our knowledge of these distributions have been made in recent years, both experimental and theoretical.
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Quantum hadrodynamics and nuclear matter

AIP Conference Proceedings, 1984
The properties of infinite nuclear matter are studied in the model relativistic quantum field theory of Walecka. Neutral scalar and vector meson exchange reproduces the basic Lorentz structure of the observed nucleon‐nucleon interaction, and the consequences of this structure are studied in detail.
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Spectral functions in nuclear matter

Physical Review C, 1992
Spectral functions are calculated from mean fields calculated both by Brueckner and by Botermans-Malfliet Green's function methods. Similarities and differences between the two methods are illustrated. Results are shown at normal nuclear matter density and zero temperature.
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Quark Matter and Nuclear Collisions

1994
I summarize briefly and qualitatively the content of my lectures. They treated on one hand quark deconfinement and its theoretical basis in finite temperature QCD, and on the other hand high energy nuclear collisions as a way to produce a deconfined state of matter in the laboratory.
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EXTREME STATES OF NUCLEAR MATTER

Nuclear Physics A, 1982
Abstract A theoretical description of highly excited nuclear matter is presented. Two physically different domains are treated: the hadronic gas phase in which individual nucleons and mesons coexist as separate entities,and that consisting of one large hadronic cluster of quarks and gluons.
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Nuclear Potential and Nuclear Matter

1966
Doctor of Philosophy (PhD)
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Symmetric Nuclear Matter from the Strong Interaction

Physical Review Letters, 2020
Achim Schwenk, Kai Hebeler
exaly  

Quantifying uncertainties and correlations in the nuclear-matter equation of state

Physical Review C, 2020
Richard Furnstahl, Jordan Meléndez, Christian Drischler   +2 more
exaly