By using multiple collision model the transverse energy distributions in reactions of ^(32)S+ nuclides at 200A GeV are calculated.The geometry effects both for projectile and target are discussed.
The fission potential,fission rate and probability distribution are calculated by solving extensive smoluchowski equation,Thts potential Es compared with the smoothly-connected harmonic osci-ltatory potential and the ...The fission potential,fission rate and probability distribution are calculated by solving extensive smoluchowski equation,Thts potential Es compared with the smoothly-connected harmonic osci-ltatory potential and the fission rate is compared with that given by Kramers。展开更多
基金supported by the National Natural Science Foundation of China.
文摘By using multiple collision model the transverse energy distributions in reactions of ^(32)S+ nuclides at 200A GeV are calculated.The geometry effects both for projectile and target are discussed.
基金This work was supported by the National Science Fundation of China。
文摘The fission potential,fission rate and probability distribution are calculated by solving extensive smoluchowski equation,Thts potential Es compared with the smoothly-connected harmonic osci-ltatory potential and the fission rate is compared with that given by Kramers。