INTERORBITAL PAIRING FOR HEAVY FERMIONS AND UNIVERSAL SCALING OF THEIR BASIC CHARACTERISTICS

We show that the properties of the heavy-electron superconducting stat e induced by the interorbital kinetic exchange scale with the effectiv e-mass renormalization m/m(o) similar to 1/T-K. Explicitly, the pairi ng potential (J) over tilde similar to J(m(o)/m)1n(2)(m(o)/m*), where J is the magnitude of the bare Kondo coupling; the coherence length x i similar to T-K/T( )c, where T-c is the transition temperature, where as the penetration depth lambda similar to (m/m(o))(1/2) so that lamb da/xi >> 1. We also determine the scaling of magnetic critical fields.