Results 261 to 270 of about 29,041 (298)
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1965
Abstract : Studies are made of plasma statistics, aerodynamics, atomic collisions, atomic resonance, ultraviolet spectroscopy, and reaction rates with a view to applying the results to astrophysical problems.
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Abstract : Studies are made of plasma statistics, aerodynamics, atomic collisions, atomic resonance, ultraviolet spectroscopy, and reaction rates with a view to applying the results to astrophysical problems.
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Physical simulation of plasma-refractory metals interaction for nuclear applications
2021Refractory metals are of great interest like plasma facing materials and are candidates for realizing the divertor armours in future nuclear fusion reactors. For this application, the materials must withstand steady state heat loads in the range 5-20 MWm-2 and transient heat load events such as plasma disruptions. This work presents the main results of
Pakhomova E. +4 more
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The physics of dense nuclear matter from supernovae to quark gluon plasma
Nature, 1989At high density, nuclear matter is better regarded as a dense fluid rather than a collection of individual protons and neutrons. A good understanding of the properties of nuclear matter, important in the physics of neutron stars and the Big Bang as well as heavy atomic nuclei, is now emerging.
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Nuclear Forces for Precision Nuclear Physics: A Collection of Perspectives
Few-Body Systems, 2022Martin Savage +2 more
exaly
Relativistic density functional theory in nuclear physics
AAPPS Bulletin, 2021P W Zhao, Jie Meng
exaly
Plasma Physics for Nuclear Fusion
Physics Today, 1980K. Miyamoto, Robert L. Dewar
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