Tag: #NuclearPhysics
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Exploring Isomets Bridging the Gap Between Nucleation and Atomic Physics
Introduction Isomers have long fascinated scientists due to their unique ability to reveal the hidden dynamics of atomic and nuclear structures. The study “Using Isomets as a Foundation, a Connection Factor between Nucleation and Atomic Physics” by Esraa Fareed Saeed offers a groundbreaking perspective on how isomeric states can link nuclear and atomic processes. This…
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Exploring the Nuclear Equation of State with CDM3Y B3Y-Fetal Effective Interaction
Introduction: Understanding the nuclear Equation of State (EOS) is essential for exploring nuclear matter, neutron stars, and nuclear reactions. A recent study by Ochala Isaiah, published in the International Journal of Physics Research and Applications, investigates the EOS using the CDM3Y version of B3Y-Fetal effective interaction. The findings enhance our comprehension of nuclear incompressibility and…
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Exploring Excitation Functions in the Interaction of Alpha Particles with 59Co at 4 9 MeV/Nucleon
Introduction The study of nuclear reactions involving alpha particles plays a crucial role in advancing nuclear physics, particularly in understanding reaction cross-sections and excitation energy. One such investigation focuses on the interaction between alpha particles and 59Co, shedding light on equilibrium and pre-equilibrium emissions. Visit https://www.physicsresjournal.com/ijpra/about for more cutting-edge research in this field. Key Findings…
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A Study of 12C + 12C Nuclear Reaction Using a New M3Y-Type Effective Interaction
Introduction The study of nuclear reactions plays a crucial role in understanding the fundamental interactions governing atomic nuclei. A recent research article titled A Study of 12C + 12C Nuclear Reaction Using a New M3Y-Type Effective Interaction explores the use of a novel interaction model, B3Y-Fetal, in analyzing heavy-ion elastic scattering processes. This research provides…
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Exploring the Ground-State Bands of Doubly Even 166Hf Nucleus
Introduction Understanding the rotational structure of atomic nuclei plays a crucial role in nuclear physics. In a recent study, researchers investigated the ground-state bands of the even-even Hafnium-166 (166Hf) nucleus using Sood’s semi-empirical formula. Their findings contribute to a deeper comprehension of nuclear deformation and rotational energy levels.Explore more groundbreaking research in the field at…
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