No abstract

The

Ah4racL tragmcnt n i d s and charge dislnhulionr h a c ken taken for Ihe fission tramon UrU(n,,.f) bolh at ve#) high an.{ low fragment kinct~c rncrgia. A1 high bnelic mcrgirr mld fission. ush nnually nu cxilulion cnrrgy k i n g lefl 10 the fragments. IS hy now WII estahl rhcd. Rather surpnnngly. Ihr fragmml chararleris1i.x at vely IOU hnetie mergics again paint tu a Irdgmenlalion prore% uhere 31 5 0 ~0 " llie n a L " fragmmlr. though heavily Jcformcd, cm) no ~ninniic ucmtion. 'lhir limilin& cdsc of nuclear Lwon IS callud cold drfomcd Asion.

No abstract

The NMR line widths of the isotopes Mo 95 and Mo 97 were measured in liquids, where the relaxation time is determined mainly by electrical interaction. From the ratio of the line widths fiHQT/dH95= 83, the ratio of the nuclear quadrupol moments Q97/Q95=9,2 could be derived. The instrumentally limited range of line widths, which could be investigated, was 0,1 to 10 Gauss. The line widths of both isotopes were measured in this whole region in an aqueous solution of KzMoO 4, the viscosity of which was varied by adding different amounts of cane-sugar. The line width ratio was evaluated by a graphical method.