强子质量与横动量间的非线性关联依赖于质量反常维度γｍ（ｇＲ），βｍ（ｇＲ）＝３［１＋γｍ（ｇＲ）／２］／２π（α※Ｓ＝０．１２８［ＱＣＤ］）与普适量〈Ｍ〉（０．１９２ＧｅＶ／ｃ２）．能量极小（动量极大）定理与强相互作用饱和性造成几个强子发射源的形成．关联链〈ｐ⊥（Ｍｉ）〉Ｍｉ／〈Ｍ〉，〈ＮＫＭＫ（ＮπＭπ）〉Ｎπ／〈Ｎπ〉，〈Ｎ（ｐ⊥）〉ｐ⊥／〈ｐ⊥〉反映的是非线性效应．质量质量关联则揭示强子物理中的质量产生过程都是非线性的 The non-linear correlation between hadronic mass and traversal depends on the mass anomalous dimensions γm (gR), βm (gR) = 3 [1 + γm (gR) / 2] / 2π (α * S = 0.128 [QCD]) and Normal amount (0.192 GeV / c2). Extreme energy (momentum) theorem and strong interaction Saturation causes the formation of several hadron emission sources. The related chains Μi / , Nπ / , p⊥ / reflect the nonlinear effect. The mass-mass correlation reveals that the mass production in hadron physics is nonlinear