J. Pfohl

Rotational band structures in N = 89 153 Gd

The reactions

Differential quadrupole moment measurements of the 1/2{sup +}[660] (i{sub 13/2}) neutron intruder band in {sup 133}Nd and {sup 135}Nd

{}^{152}\mathrm{Sm}(\ensuremath{\alpha},3n)

Highly deformed structures in the mass∼130 region and their relative quadrupole moments

at 37 MeV and

The A~130 Highly-Deformed Region: New Results and Global Differential Lifetime Measurements

{}^{124}\mathrm{Sn}{(}^{36}\mathrm{S},\ensuremath{\alpha}3n)

Detailed spectroscopy of the chiral-twin candidate bands in {sup 136}Pm

at 165 MeV were used to produce high-spin states in the transitional rare-earth nucleus

Rotational bands in 170 Yb and 171 Yb and the projected shell model

{}^{153}\mathrm{Gd}.

Rotational structures in {sup 155}Eu and {sup 157}Tb

Significant extensions in angular momentum and excitation energy with respect to earlier work were achieved and several new rotational sequences were observed. The rotational behavior of

Rotational bands in {sup 170}Yb and {sup 171}Yb and the projected shell model

{}^{153}\mathrm{Gd}

Second proton and neutron alignments in the doubly-odd nuclei {sup 154,156}Tb

is described in terms of quasiparticle assignments and the observed alignment properties are analyzed within the framework of the cranked shell model. Detailed comparisons with other

{pi}g{sub 9/2} structures in odd-odd {sup 130}Pr and alignment processes in superdeformed praseodymium nuclei

N=89