NOT KNOWN FACTUAL STATEMENTS ABOUT SHEN YUN

With this paper, by using de Sitter space-time like a thermodynamic system, we analyze the helpful thermodynamic portions of de Sitter black holes in huge gravity, and Also obtain the efficient thermodynamic quantities on the Place-time. Our benefits demonstrate which the entropy of this sort of space-time takes a similar form as that in Reissner-N

We analyze the molecular penetration depth variation Using the SMBI fluxes. The molecular transportation system as well as penetration depth for the duration of SMBI with various injection velocities and densities are simulated and in comparison. It is actually uncovered that the penetration depth of molecules strongly will depend on the radial con