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Halogens Substitution Effects on Electronic and Spectral Properties of Carbon Nanotube Molecules studying with the DFT method

Abstract
The carbon nanotubes (CNTs) in a zigzag (4, 0) shape before and after substituted with F, Cl, and Br atoms were used as a basic computer model depending on the Quantum Espresso package DFT process (in the present work. This method demonstrated that the electronic structure, bandgap, total energy, FTIR spectrum, Raman spectrum, and depolarization spectrum can all being calculated. The simulated res...
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Keywords
Substitution (logic)
Halogen
Carbon nanotube
Molecule
Computational chemistry
Materials science
Nanotube
Nanotechnology
Chemistry
Chemical physics
Organic chemistry
Computer science
Alkyl
Programming language
Sustainable Development Goals (SDG)
Affordable and clean energy


pdf file

Halogens Substitution Effects on Electronic and Spectral Properties of Carbon Nanotube Molecules studying with the DFT method
pdf file

Halogens Substitution Effects on Electronic and Spectral Properties of Carbon Nanotube Molecules studying with the DFT method

Abstract
The carbon nanotubes (CNTs) in a zigzag (4, 0) shape before and after substituted with F, Cl, and Br atoms were used as a basic computer model depending on the Quantum Espresso package DFT process (in the present work. This method demonstrated that the electronic structure, bandgap, total energy, FTIR spectrum, Raman spectrum, and depolarization spectrum can all being calculated. The simulated res...
View PDF
Keywords
Substitution (logic)
Halogen
Carbon nanotube
Molecule
Computational chemistry
Materials science
Nanotube
Nanotechnology
Chemistry
Chemical physics
Organic chemistry
Computer science
Alkyl
Programming language
Sustainable Development Goals (SDG)
Affordable and clean energy


pdf file