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2014•Indian Journal of Science and TechnologyOpen access

A Theoretical Account on Beta Decay Stability for Isobaric Family

M. Nageshwari

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Abstract

Nucleides with same mass number but with different atomic number are called isobars. Most of the unstable nucleides are β emitters. The stability of β emitting isobars is predicted from mass parabolas. Using semi empirical formula masses are calculated and mass parabolas are drawn for odd A and Even A isobars. All isobars decays into stable isobar by β+ emission or β- emission or electron capture. This study gives the theoretical account for the beta decay stability against mass parabolas for isobaric family.

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What this paper is about

Nucleides with same mass number but with different atomic number are called isobars. Most of the unstable nucleides are β emitters. The stability of β emitting isobars is predicted from mass parabolas. Using semi empirical formula masses are calculated and mass parabolas are drawn for odd A and Even A isobars. All isobars decays into stable isobar by β+ emission or β- emission or electron capture. This study gives the theoretical account for the beta decay stability against mass parabolas for isobaric family.

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Available abstract

Nucleides with same mass number but with different atomic number are called isobars. Most of the unstable nucleides are β emitters. The stability of β emitting isobars is predicted from mass parabolas. Using semi empirical formula masses are calculated and mass parabolas are drawn for odd A and Even A isobars. All isobars decays into stable isobar by β+ emission or β- emission or electron capture. This study gives the theoretical account for the beta decay stability against mass parabolas for isobaric family.

Key concepts: Isobar, Isobaric process, Physics, Nuclear physics, Electron, Stability (learning theory), Atomic physics, Thermodynamics

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