The rotational gamma -continuum in the mass region A ~ 110

Unresolved gamma transitions of 114Te and of 112Sn sorted into one-dimensional and two-dimensional spectra have been studied. The reaction 64Ni + 54Cr at bombarding energies 230, 240, 250, 260, 270 MeV was used and the gamma-rays were detected with the EUROBALL array. In the case of the nucleus 114Te the values of the multiplicity as a function of bombarding energy and of the moment of inertia were obtained. The effective moment of inertia was found to be almost constant in the interval I = 20-40 h, in contrast to the decreasing behaviour of the dynamic moment of inertia for the terminating yrast band. The ridge valley structures in Egamma1 * Egamma2 spectra of 114Te and of 112Sn were analysed with the fluctuation analysis technique. The analysis of the two nuclei are compared to simulations based on microscopic cranking calculations with residual interactions included. A rather good agreement is found between data and predictions.