  With a resolution of 3 keV, the two lowest 0- states in 208Pb are identified
by measurements of the reaction 207Pb(d, p) with the Muenchen Q3D magnetic
spectrograph in a region where the average level spacing is 6 keV. Precise
relative spectroscopic factors are determined. Matrix elements of the residual
interaction among one-particle one-hole configurations in a two-level scheme
are derived for the two lowest 0- states in 208Pb. The off-diagonal mixing
strength is determined as 105 +-10(experimental) +-40(systematic) keV.
Measurements of the reaction 208Pb(p,p') via isobaric analog resonances in
209Bi support the structure information obtained.
