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Monomer Design and Physical Organic Chemistry in the Production of New Recyclable Materials

Author(s): Nikita Nawani* and Deepti Pathak

Assuming SU (3) symmetry within the baryon octet and employing a Covariant Density Functional (CDF) theory strategy, one can create a set of hyperonic equations of state (EoS). Terrestrial experiments provide constraints on the low-density portions of our EoS, whereas a model of the high-density domain is developed by systematically altering the nuclear matter skewness coefficient Qsat and the symmetry energy slope Lsym. The z parameter in the SU (3) symmetric model, which alters the meson-hyperon coupling constants away from their SU (6) symmetric values, is used to study the sensitivity of the EoS predictions

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Organic Chemistry: An Indian Journal received 565 citations as per Google Scholar report

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