Show Good Agreement With

A vibrating beam of H-2 was used to experimentally study the reaction dynamics of the two (endogenous) channels of the process of H-2 (n -0.1) -He -HeH-H for relative collision energy 3.58 eV and provide data for comparison with quasi-classical travolt calculations. The process continues through a direct mechanism. Compared to the dynamic reaction dynamics observed for the unselected beam, in which various vibrational reactances participated, the results show – in a good match between theory and experience – a significant decrease in forward dispersion and an increase in the peak of return translation energy. This is consistent with the simple idea that small collisions of impact parameters leading to wide-angle dispersion are needed to achieve an efficient translational energy transfer necessary to overcome the reaction barrier. These results show a good consistency with the behaviour of real organisms that replicate their genomes with vastly different mutation rates. For the 31 herpesviruses, the DdDp trees showed good matching with those obtained from complete genomes. The populations generated show a good consistency with the available statistical data sets (not used for production) and are obtained within an appropriate calculation time frame. 1199 Berlin Adlershof, GDR.