Conversion of the Rate of Kinetic Energy in gamma ray burst - Zaninetti, Lorenzo
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The time evolution of a Gamma-ray burst (GRB) is associated with the evolution of a supernova remnant (SNR). Two laws of motion in the classic and relativistic regime are analyzed. A simple law for the 3D diffusion is reviewed. The time evolution of the flux of a GRB is modeled introducing a classical radius-time relationship for the advancing SNR. The adopted radiative model for the GRB in the various e.m. frequencies is the synchrotron emission. The X-ray ring which appears a few hours after a GRB is simulated adopting two models.

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Produktbeschreibung
The time evolution of a Gamma-ray burst (GRB) is associated with the evolution of a supernova remnant (SNR). Two laws of motion in the classic and relativistic regime are analyzed. A simple law for the 3D diffusion is reviewed. The time evolution of the flux of a GRB is modeled introducing a classical radius-time relationship for the advancing SNR. The adopted radiative model for the GRB in the various e.m. frequencies is the synchrotron emission. The X-ray ring which appears a few hours after a GRB is simulated adopting two models.
Autorenporträt
Dr. Lorenzo Zaninetti obtained his degree in physics from theScience Faculty in Torino, Italy in 1975.He his researcher at the Department of Physics in Torinosince 1982.His research interest covers random walk , distribution of probability ,Voronoi Diagrams and classical and relativisticlaw of motions in astrophysical jets andSupernovae.