Eigenchannel Theory of Nuclear Reactions

Theory of Nuclear Reactions Leading to Superheavy Elements

Dynamical reaction theory is presented for synthesis of superheavy elements. Characteristic features of formation and surviving are discussed, which combinedly determine final residue cross sections of superheavy elements. Preliminary results on Z=114 are also given.

Nuclear Reactions

Nuclear reactions and nuclear ̄ssion

1 Cross sections and reaction rates 2 Consider a thin target of thickness dx and number density of targets nt being bombarded by a beam of number density Nb moving at velocity v. Each target nucleus presents a target area 3⁄4 { if one of the bombarding particles passes within the area 3⁄4, interaction (scattering, for example) occurs, otherwise not. Now if the beam covers an area A, the fractio...

Nuclear Structure and Nuclear Reactions

Atomic nuclei are the essence of the visible universe. Formed in the big bang or in cataclysmic astrophysical explosions, atomic nuclei are a crucial and intriguing part of the world. The basic features of atomic nuclei were understood in terms of the nuclear shell model in the 1963 Nobel Prize winning research of Eugene Paul Wigner, Maria Goeppert-Mayer, and J. Hans de Jensen. Since then, exte...

Role Of’ Nuclear Reactions

Lcs Alamoa Nafional Labaator~ an affirmatiw acticmkqual opportunity employer, is operated by the Univer4yofCatifornia fw the U.S. OeparfmantofErwgy und& cxm&actW-7405ENG-36. By acceptance of thii article, ltw pubtisfw recognizes that the U.S. Government retains a nonexclusive, royalty-tea ficenae to pubfisfr or rapmdr.rca the pubkhad farn of thii ccxrtribution, or to SNOWothers to do so, fcx U....