Tag: #ScientificModeling
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Mesoscopic Irreversible Thermodynamics of DNA Helical Unfolding Under Isothermal Isobaric Conditions
Introduction Understanding how DNA and other bioproteins behave under mechanical and thermodynamic stress is essential for advancing modern biomedical science. Recent research has introduced a mesoscopic irreversible thermodynamic framework to explain the morphological evolution and unfolding kinetics of helical DNA structures under isothermal and isobaric conditions. This approach provides new insights into how stored torsional…
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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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