【摘要】 根据“超光模型”给出了序参量Δ０与入射光子态密度Ｇ０、相互作用势Ｖ０的积分方程．对于Δ０与Ｖ０Ｇ０之间关系，以及相对态度密度Ｇ／Ｇ０与参量Δ／Ｅｋ（Ｔ）之间的关系进行了理论分析和数值计算．最后将所得到的结果与通常超导理论进行了比较，发现临界温度作为“超光”讯号的实验验证的特征参量并不合适更多还原

【Abstract】 The integral equations for order parameter Δ 0, the state density G 0 of incident photons and the interactive potential V 0 are derived based on a “superlight” model. The relationships between Δ 0 and V 0G 0, between relative state density G/G 0 and Δ/E (T) and between critical temperature T C and V 0G 0 are inverstigated by means of theoretical analysis and numerical calculation. The conclusions are discussed and compared with those of the general theory of superconductivity.更多还原