The exotic radioactive decay mode,in which a heavy cluster is emitted,is considered as a fission-like process.The potential barrier associated with an axially symmetric shape distortion is calculated in terms of the i...The exotic radioactive decay mode,in which a heavy cluster is emitted,is considered as a fission-like process.The potential barrier associated with an axially symmetric shape distortion is calculated in terms of the interplay between the surface and the coulomb energies.The experimental branch ratios of ^(14)C and ^(24)Ne emissions toα-decays have been reproduced within about one power of ten,and some new kinds of radioactivities may be expected.展开更多
In this paper,we investigate the quark distributions in nuclei^(1,7) based on the parton model,the effect of gluons and the experimental data of proton structure.
文摘The exotic radioactive decay mode,in which a heavy cluster is emitted,is considered as a fission-like process.The potential barrier associated with an axially symmetric shape distortion is calculated in terms of the interplay between the surface and the coulomb energies.The experimental branch ratios of ^(14)C and ^(24)Ne emissions toα-decays have been reproduced within about one power of ten,and some new kinds of radioactivities may be expected.
文摘In this paper,we investigate the quark distributions in nuclei^(1,7) based on the parton model,the effect of gluons and the experimental data of proton structure.
