Experimental and theoretical two-nucleon interaction energies in the lead region

Tables of total and interaction energies as a function of spin are reported. They include all known experimental and theoretical two-nucleon configurations in 210Po, 210Bi, 210Pb, 208Pb, 208Bi, 208Tl, 206Pb, 206Tl and 206Hg. Only states constructed from bound single-nucleon or first main shell orbitals are considered. The methods of calculation with the reported matrix elements is shortly outlined. Explicit examples are given as to the application through mass scaling of lead region interaction energies to other nuclear regions where the shell model is applicable. (author)