Shell-independent systematics Sn (isotonic) and Sp (isotopic)

N.B. Gove, M. Yamada
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引用次数: 6

Abstract

Graphs are presented of recent values for the separation energy of a given neutron versus mass number, Sn (isotonic), and for a given proton versus neutron number, Sp (isotopic). The graphs confirm the fact, pointed out by Yamada and Matumoto in 1961, that the separation energy of the n th proton increases monotonically (except for oddeven effects) as the neutron number is increased, showing little, if any, discontinuity at magic neutron numbers. An analogous statement can be made for the separation energy of the n th neutron as the proton number is increased. Extrapolation by means of the graphs should, therefore, be particularly reliable since it is essentially magic-number independent. Data available in the summer of 1967 have been considered.

非壳类系统Sn(等渗)和Sp(同位素)
图中给出了给定中子的分离能相对于质量数Sn(等压)和给定质子相对于中子数Sp(同位素)的最新值。这些图证实了山田和Matumoto在1961年指出的事实,即随着中子数的增加,第n个质子的分离能单调增加(除了奇数效应),在神奇中子数上显示出很少(如果有的话)不连续。当质子数增加时,可以对第n个中子的分离能作类似的表述。因此,借助图的外推应该是特别可靠的,因为它本质上是与幻数无关的。已审议了1967年夏季的现有数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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