C_(70) should be a quasi-dumbbell molecule formed by dimerization of two 3/5 C_(60) spheres.This paper calculated the concave dihedral angle Lσat the waist of C_(70) molecule,the distance of two spherical centres of ...C_(70) should be a quasi-dumbbell molecule formed by dimerization of two 3/5 C_(60) spheres.This paper calculated the concave dihedral angle Lσat the waist of C_(70) molecule,the distance of two spherical centres of the dumbbell and some other geometric parameters of C_(70) molecule model.展开更多
The previously derived relativistic hydrodynamic equation from energy-momentum conservation is generalized to include the particle number conservation.From calculation on the basis of the new formalism we find that th...The previously derived relativistic hydrodynamic equation from energy-momentum conservation is generalized to include the particle number conservation.From calculation on the basis of the new formalism we find that the particle distribution and latent heat significantly change the characteristic dilepton spectrum for the formation of a quark matter,which had been predicted by the other author.展开更多
基金Supported by the Chinese Academy of Science,under Grant LWTZ-1298.
文摘C_(70) should be a quasi-dumbbell molecule formed by dimerization of two 3/5 C_(60) spheres.This paper calculated the concave dihedral angle Lσat the waist of C_(70) molecule,the distance of two spherical centres of the dumbbell and some other geometric parameters of C_(70) molecule model.
基金Project supported by the National Science Foundation of China.
文摘The previously derived relativistic hydrodynamic equation from energy-momentum conservation is generalized to include the particle number conservation.From calculation on the basis of the new formalism we find that the particle distribution and latent heat significantly change the characteristic dilepton spectrum for the formation of a quark matter,which had been predicted by the other author.
