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September 18, 2025Materials Science

Mechanisms of adsorption of chlorine atoms on вс3 boron-carbon nanotubes of types a and b

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Authors

СБС. В. БорознинИЗИ. В. ЗапороцковаNBN. P. Boroznina

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Overview

Quantum chemistry methods reveal chlorine attaches to boron-carbon nanotubes, suggesting new material behaviors.

Key Points

  • The most likely adsorption mechanism involves chlorine attachment to bonds between boron atoms.
  • Chlorine atoms were found attached to the center of hexagons specifically in type A boron-carbon nanotubes.
  • Research applied quantum chemistry methods to understand chlorine atom behavior on boron-carbon nanotube surfaces.
  • Findings indicate potential implications for the design and use of boron-carbon nanotube materials.

Cite This Study

Борознин et al. (2022) studied this question.

synapsesocial.com/papers/68d4768331b076d99fa6f158https://doi.org/10.31044/1684-579x-2022-0-12-3-6
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