Mixed symmetry states in 96mo and 98ru isotones in the framework of interacting boson model

• Autores: Heiyam Najy Hady, Ruqaya Talib Kadhim
• Localización: 3c Empresa: investigación y pensamiento crítico, ISSN-e 2254-3376, Vol. 12, Nº. 1, 2023, págs. 243-255
• Idioma: inglés
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• Resumen

  • The software package code for interacting boson model-1 and Neutron Proton Boson code for interacting boson model-2 have been used to calculate energy levels for, for by estimating a set of parameters which are used to predict the behavior of even-even isotones within the current scope of work there is clear competition between the two parameters ( and ) in isotones, as an inverse relationship. This means that vibrational qualities are continuous mixed with the rotational properties. In interacting boson model-2 parameters( and have been shown similarity with interacting boson model-1 expected. The Majorana parameter effect ( ) on the calculated excitation energy level for isotones has been accomplished by vary the around the optimum-matches to practical data. The effect of increasing on mixing symmetry states is the same in all isotones but different from state to another, we find the state was the lowest mixing symmetry states still approximately constant in the all. In that time,isotones have mixed symmetry states, rapidly increasing with increasing . The results of the calculated energy levels were in acceptable agreement with the experimental data.

    There is no pure vibrational property of these isotones