NEW NANOSTRUCTURES OF MINIMUM POTENTIAL BY LENNARD JONES AND MORSE
NEW NANOSTRUCTURES OF MINIMUM POTENTIAL BY LENNARD JONES AND MORSE
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DOI: 10.22533/at.ed.3173322322091
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Palavras-chave: Química de materiales, Nanoquímica, Dinámica molecular
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Keywords: Materials chemistry, Nanochemistry, Molecular dynamics.
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Abstract:
Molecular design and the study of nanostructures by Computational Chemistry, for example, under a minimum Van Der Waals type potential, such as Morse and Lennard Jones potentials, is a way of modeling and predicting new structures of nanomolecules. of particles complementary to expensive experimental investigations. This work presents novel nanostructures stable to small potential changes, called nanovehicles that can possibly be created experimentally. The predicted nanovehicles are stable because they are potential minimum and consist of an envelope of layers of particles capable of containing different, focused and separated nuclei of few particles in their center of mass. Stability to potential variations is checked by a novel comparison between Morse potentials similar to the Lennard Jones potential. The results show the novel geometric shapes that are obtained between different layers of shells and different types of core.
- CARLOS BARRON ROMERO