Six Quark Cluster Formation Effects on the Magnetic Moments of Mirror Nuclei with Closed Core+One Nucleon

Abstract

Abstract

The magnetic moments of mirror nuclei with closed core+one nucleon with A=13, 17, 29, 33, 41 (13C6~14N7, 17O8~17F9, 29Si14~29P15, 33S16~33Cl17, 41Ca20~41Sc21) have been estimated in the framework of hybrid quark model. The correction to the magnetic moment due to the six-quark cluster formation effects as estimated in the present work are compared with various other corrections. It is observed that the quark cluster formation effects make a sizable contribution to the deviation of the magnetic moments from the Schmidt values

Keywords: Schmidt values, magnetic moments of mirror nuclei with closed core+one nucleon, hybrid quark model (HQM), six-quark cluster formation effects and probabilities

Cite this Article

Madhulika Mehrotra, Indira Mehrotra. Six Quark Cluster Formation Effects on the Magnetic Moments of Mirror Nuclei with Closed Core+One Nucleon. Journal of Nuclear Engineering & Technology. 2017; 7(2): 12–19p.