Meson Nonet State Of Qualitative Analysis

In this paper, the classification of elementary particles and the theory of SU(3) are reviewed. In addition, we introduce the current status of the light meson spectroscopy and the new hadronic states lying beyond the quark model (glueballs and hybrids). Our paper is organized as follows: l)In the quarkonium-quarkonium mixing scheme, we predict the mass of isoscalar of the 3¹S₀ nonet(1900±12MeV). At the same time, due to 2¹S₀, 3₁S₀ are the radical excitations of 1¹S₀,we can use Regge trajectory on the (n,M²)-plane with the approximate same slope to describe the mass of isoscalar of 3¹S₀ nonet (1926MeV). The two results derive from different ways are approximate. 2) The mass of the isodoublet of 2³S₁ nonet is analyzed in the quarkonium-quarkonium mixing scheme, the results (1584±16.7MeV) is far from the K^*(1410)(1414±15MeV). 3) Based on "glueball dominance" picture, we establish glueball-meson mass relations. For the 2⁺+ glueball mass and 4⁺+ glueball mass used as input parameters, these relations predict the mass of isoscalar of 1³F₄(4⁺+)(2076±19.66MeV). The results is inconsistent with thef_J(2220) (2231.1 ± 1.5MeV ).