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Relativistic Motion with Viscosity. I Newton’s Law of Resistance

Relativistic Motion with Viscosity. I Newton’s Law of Resistance
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摘要 The equation of motion for a relativistic neutral particle that moves in a medium characterized by a friction proportional to the square of the velocity is analyzed. The relativistic trajectory is derived in a numerical way and in the form of a Taylor series. The astrophysical applications cover the trajectory of SN 1993J and the light curve of gamma ray bursts. The equation of motion for a relativistic neutral particle that moves in a medium characterized by a friction proportional to the square of the velocity is analyzed. The relativistic trajectory is derived in a numerical way and in the form of a Taylor series. The astrophysical applications cover the trajectory of SN 1993J and the light curve of gamma ray bursts.
作者 Lorenzo Zaninetti Lorenzo Zaninetti(Physics Department, Turin, Italy)
机构地区 Physics Department
出处 《International Journal of Astronomy and Astrophysics》 2021年第3期435-444,共10页 天文学与天体物理学国际期刊(英文)
关键词 SUPERNOVAE General SUPERNOVAE (Individual: SN1993j) Gamma-Ray Burst (Individual: GRB 130427A) Gamma-Ray Burst (Individual: GRB 060729) Supernovae General Supernovae (Individual: SN1993j) Gamma-Ray Burst (Individual: GRB 130427A) Gamma-Ray Burst (Individual: GRB 060729)
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