Comparison between hot nuclei temperature values deduced by two methods in 40Ar+159Tb and natAg reactions at 30MeV/u

The temperature of hot nuclei was simultaneously deduced with double isotope ratios and with slope method at angle of 110 degrees in Ar-40+ Tb-159 and Ag-nat reactions at 30 MeV/u. The values of isotopic temperature for different ratios, such as H-1,H-2/He-3,He-4, H-2,H-3/He-3,He-4 and Li-6,Li-7/He-3,He-4 were ail the same, i.e. 4.6 MeV. The slope temperature values were different for various particles or complex fragment. The slope temperature for alpha-particle or particles with mass number less than 4 was normal, however, for the heavier fragments the slope temperatures were higher than limiting temperature T-lim. It may be expected because the heavier fragments were emitted at the early stage of the formation of compound nuclei or because of Coulomb instability. For larger slope temperature than T-lim its angular dependence was tested too.