A description of high-spin phenomena in atomic nuclei is presented from both the
experimental and theoretical points of view. The characteristic features of collective nuclear …

Semiempirical fusion barriers have been obtained by analysis of 87 excitation functions for
complete fusion. These barriers are used as a test for several theoretical potentials. For most …

Results of various fusion experiments with heavy ions are compared with predictions of
statistical model calculations. In some reactions there is evidence for nonstatistical effects …

Various channels from the 14N+ 159Tb reaction at 140 MeV were studied using γ-particle
coincidences combined with γ-ray multiplicity measurements. A wide class of binary …

The γ-ray spectrum in the giant dipole resonance (GDR) region associated with the reaction
40 Ar+ 70 Ge at 10 MeV/nucleon has been measured in coincidence with residues of the …

This review focuses on the current status of experimental and theoretical investigations of
the mechanisms of reactions between complex nuclei. These processes are characterized …

Construction of a new type of spectrometer for the investigation of nuclear structure at high
angular momentum and of the mechanisms of heavy-ion induced reactions is reported. The …

A review of incomplete fusion reactions is given. The localization of the entrance chanel
angular momentum window is discussed for incident energies lower than 10 MeV per …

The present work on low-energy reaction dynamics recognizes the importance of
precompound emission as a paramount deexcitation process for emitting energetic particles …

Neutron time-of-flight spectra and α-particle spectra were obtained in coincidence with γ
rays characteristic of specific evaporation residues in the reactions 174.8 MeV Ne 20+ Nd …