2020•AIP conference proceedingsRequires access

A study of magnetic moment and quadrupole moment of some nuclei A=50

Ahmed H. Ali, Dhameer Ali Mutlak, Maha Taha Idrees

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Abstract

The dipole magnetic moment and the electric quadrupole moments for nuclei which have mass number A= 50 (isobar) was calculated by the shell model space. The calculations of the shell model were performed on nuclei in the model space fp shell, where the free nucleon g-factor was adopted to find a dipole magnetic moment for these nuclein. All of these calculations were performed with different effective interactions. The calculations of the shell model also depend on finding the one-body density matrix (OBDM), which is calculated by using the NuShellX@MSU code.

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What this paper is about

The dipole magnetic moment and the electric quadrupole moments for nuclei which have mass number A= 50 (isobar) was calculated by the shell model space. The calculations of the shell model were performed on nuclei in the model space fp shell, where the free nucleon g-factor was adopted to find a dipole magnetic moment for these nuclein. All of these calculations were performed with different effective interactions. The calculations of the shell model also depend on finding the one-body density matrix (OBDM), which is calculated by using the NuShellX@MSU code.

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Available abstract

The dipole magnetic moment and the electric quadrupole moments for nuclei which have mass number A= 50 (isobar) was calculated by the shell model space. The calculations of the shell model were performed on nuclei in the model space fp shell, where the free nucleon g-factor was adopted to find a dipole magnetic moment for these nuclein. All of these calculations were performed with different effective interactions. The calculations of the shell model also depend on finding the one-body density matrix (OBDM), which is calculated by using the NuShellX@MSU code.

Key concepts: Quadrupole, Magnetic dipole, Nuclear magnetic moment, Magnetic moment, Electron magnetic dipole moment, Proton magnetic moment, Physics, Dipole

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