Dynamical Behavior of Core ~3 He Nuclear Reaction-Diffusion Systems and Sun′s Gravitational Field

IthasbeenlongunderstoodthatthegravityplaysavitalroleinsuchinstabilityofhydrodynamicsastheBenardconvection. Itisworthnoticing, forareac tion diffusionsystem, thegravityfieldcouldbringaboutinhomogeneityinspace, leadingtothebreakofspacesymmetryandthenintroducingthepreferenceforstates[1]. Intheinteriorofastar, thecorenuclearreactionsareaffectedalwaysbythegravitationalfield,thepressure, thediffusionofparticlesandthemotionoffluid, amongwhichthegravitationalfieldwasbe lievedtobeareasonfordrivingt…     

Dynamical Behavior of Core ^3He Nuclear Reaction-Diffusion Systems and Sun＇s Gravitational Field

The coupling of the sun‘s gravitational field with processes of diffusion and convection exerts a significant influence on the dynamical behavior of the core 3He nuclear reaction-diffusion system. Stability analyses of the system are made in this paper by using the theory of nonequilibrium dynamics. It is showed that, in the nuclear reaction regions extending from the center to about 0. 38 times of the radius of the sun, the gravitational field enables the core ^3He nuclear reaction-diffusion system to become unstable and, after the instability, new states to appear in the system have characteristic of time oscillation. This may change the production rates of both ^7Be and ^8B neutrinos.