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Neutron Star Magnetic Field at Finite Temperature

Neutron Star Magnetic Field at Finite Temperature
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摘要 We study the effects of temperature on the magnetic field of neutron star under relativistic mean field theory. The field is produced under the assumption that the photon has gained its mass in dense nuclear matters. We have computed the field at several temperatures and get a right order of magnitude. We also conclude that a cooler neutron star has a stronger magnetic field. We work in the framework of the nonlin- We study the effects of temperature on the magnetic field of neutron star under relativistic mean field theory. The field is produced under the assumption that the photon has gained its mass in dense nuclear matters. We have computed the field at several temperatures and get a right order of magnitude. We also conclude that a cooler neutron star has a stronger magnetic field.
出处 《近代物理研究所和兰州重离子加速器实验室年报:英文版》 2005年第1期24-25,共2页 IMP & HIRFL Annual Report
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