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

Background: Abundance anomalies in some globular clusters, such as the enhancement of
potassium and the depletion of magnesium, can be explained in terms of an earlier …

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 …

Among about 150 levels below E x= 5.86 MeV in Pb 208 listed by the Nuclear Data Sheets
as of 2007, most levels were recently identified as particle-hole states. All natural parity …

Ten known states in the heavy nucleus 208 Pb at 2.6<E_x<7.9 2. 6< E x< 7. 9 MeV are
described by rotating and vibrating tetrahedrons. The 3^- 3-and 4^+ 4+ yrast states are the …

In Pb 208, 14 states at E x≈ 6.0 MeV are identified as members of a multiplet where the one-
particle one-hole configuration g 9/2 p 1/2 is coupled to the 3− yrast state. The coupling is …

From 208 Pb (p, p') via isobaric analog resonances in 209 Bi, at E x= 6420 keV in the doubly
magic nucleus 208 Pb, a new state with spin 2-with half the s 1/2 p 3/2 strength and major g …

Single-particle widths in 209 Bi for all particle orbits s 1/2, d 3/2, d 5/2, g 7/2, g 9/2, i 11/2, j
15/2 and for the hole orbits p 1/2, p 3/2, f 5/2, f 7/2 are deduced from the study of about fifty …

In the doubly magic nucleus Pb 208, many states contain fractions of particle-hole
configurations whose strength can be determined from experiment. However, some …

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 …