Results 311 to 320 of about 115,270 (322)
Stratified wind from a super-Eddington X-ray binary is slower than expected. [PDF]
NatureXRISM collaboration.
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Modulational instability and associated multiple dark solitons in relativistically degenerate electron-positron-ion plasmas. [PDF]
Sci RepJahangir R +7 more
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Physical Review Letters, 1993
We calculate properties of neutron star matter at subnuclear densities using an improved nuclear Hamiltonian. Nuclei disappear and the matter becomes uniform at a density of about 0.6n(s), where n(s) of about 0.16/cu fm is the saturation density of nuclear matter. As a consequence, the mass of matter in the crusts of neutron stars is only about half as
D. G. Ravenhall +2 more
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We calculate properties of neutron star matter at subnuclear densities using an improved nuclear Hamiltonian. Nuclei disappear and the matter becomes uniform at a density of about 0.6n(s), where n(s) of about 0.16/cu fm is the saturation density of nuclear matter. As a consequence, the mass of matter in the crusts of neutron stars is only about half as
D. G. Ravenhall +2 more
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Astrophysics and Cosmology, 2016
Radio pulsars are unique laboratories for a wide range of physics and astrophysics. Understanding how they are created, how they evolve and where we find them in the Galaxy, with or without binary companions, is highly constraining of theories of stellar and binary evolution.
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Radio pulsars are unique laboratories for a wide range of physics and astrophysics. Understanding how they are created, how they evolve and where we find them in the Galaxy, with or without binary companions, is highly constraining of theories of stellar and binary evolution.
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Physics Letters A, 1968
Abstract It is shown that the radio observations of a rapidly pulsating source are consistent with its identification as a blue star. The determined position of this star in the HR diagram places it in the dwarf region.
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Abstract It is shown that the radio observations of a rapidly pulsating source are consistent with its identification as a blue star. The determined position of this star in the HR diagram places it in the dwarf region.
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1979
To determine the detectability of thermal radiation from the surface of a neutron star, the surface temperature as a function of time is needed. To find this, the surface temperature as a function of core temperature is found; this ratio depending on temperature, stellar mass, and magnetic field strength. The energy loss rates from photon emission and
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To determine the detectability of thermal radiation from the surface of a neutron star, the surface temperature as a function of time is needed. To find this, the surface temperature as a function of core temperature is found; this ratio depending on temperature, stellar mass, and magnetic field strength. The energy loss rates from photon emission and
openaire +2 more sources