The states of 208 Pb are calculated in a 24 orbit model space which includes all excitations
up to two particles and two holes beyond the closed shell. All of the known low-lying states …

The Q3D magnetic spectrograph at the Maier-Leibnitz-Laboratorium of the Ludwig-
Maximilians-Universität München and the Technische Universität München (Garching …

Yrast and near-yrast levels up to spin values in excess of I= 30 ℏ have been delineated in
the doubly magic Pb 208 nucleus following deep-inelastic reactions involving Pb 208 targets …

Shell-model wave functions for many states of 208 Pb have been derived in a strictly
empirical way from measured spectroscopic factors and branching ratios of γ transitions. It …

Excited states in 208 Pb have been studied by measuring γ rays in time coincidence with
reaction charged particles. 208 Pb states were produced with both the 207 Pb (d, p) 208 Pb …

High-spin states in 208 Pb have been studied by γ-ray-spectroscopy methods in deep
inelastic reactions induced by beams of 208 Pb, 136 Xe and 76 Ge beams on a thick 208 Pb …

The schematic shell model without residual interaction (SSM) assumes the same excitation
energy for all spins in each particle-hole configuration multiplet. In 208 Pb, more than forty …

With the Q3D magnetic spectrograph of the Maier-Leibnitz-Laboratorium at München at a
resolution of about 3 keV, angular distributions and excitation functions of the reaction Pb …

The issue of spin-isospin strength is addressed from the perspective of the information that is
available about one-nucleon spectral functions. Both the effect of ground-state correlations …

The schematic shell model without residual interaction (SSM) assumes the same excitation
energy for all spins in each particle hole configuration multiplet. In Pb, more than forty states …