Titlebook: Atomic Masses and Fundamental Constants 6; Jerry A. Nolen,Walter Benenson Book 1980 Springer Science+Business Media New York 1980 Atomic m

insurgent

Atomic Mass Formulas with Empirical Shell Termsformula consists of a gross part and proton and neutron shell parts. The shell parameter values were determined by a new statistical method, whose essential point was to take into account the intrinsic error of the mass formula. Main characteristics of the formula thus obtained are presented.

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Nuclear Mass Relations and Equationsch relations is presented. Each member of this set gives a prediction of roughly equal statistical accuracy for the unknown mass of a given nuclide. The average and dispersion of the set give a “most probable” mass value and a measure of its uncertainty. The structure of these relations (considered

少量

公共汽車

High Resolution Penning Trap as a Precision Mass-Ratio Spectrometeras such is an ideal apparatus for isolating long lived charged particles, nearly at rest (thermalized by a cryogenic environment) and essentially free of other-particle interactions (due to the ultra-high vacuum used, ?10. Torr). The ability to determine mass arises from the inverse mass dependence

nonchalance

Joint Fuzzy Probability Distributions,xperiments, heavy ion beams have steadily increased in importance with the use first of transfer reactions and more recently deep-inelastic reactions for isotope production. In this talk, we shall discuss the application of yet another class of reaction, namely heavy ion fragmentation, to the production of very neutron-rich light nuclei.

金絲雀

格言

Continuous Fuzzy Random Variables,formula consists of a gross part and proton and neutron shell parts. The shell parameter values were determined by a new statistical method, whose essential point was to take into account the intrinsic error of the mass formula. Main characteristics of the formula thus obtained are presented.

jabber

https://doi.org/10.1007/978-1-4684-3716-4Atomic mass; applied physics; chemical physics; energy; gold; particles; physics

languid

四海為家的人

Production of New Isotopes by Heavy Ion Fragmentationxperiments, heavy ion beams have steadily increased in importance with the use first of transfer reactions and more recently deep-inelastic reactions for isotope production. In this talk, we shall discuss the application of yet another class of reaction, namely heavy ion fragmentation, to the production of very neutron-rich light nuclei.