Review Article
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Article title
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Abstract
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Keywords
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1. Introduction
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2. Scientific prerequisites for boron modification of pure carbon nanotubes
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3. Boron-carbon nanotube synthesis methods
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3.1. Electric arc method
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3.2. Laser ablation
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3.3. Substitution reaction
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3.4. Chemical vapor deposition (CVD)
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4. Comparison between methods of synthesizing carbon nanotubes with boron impurity atoms
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5. Properties of carbon nanotubes containing boron impurity atoms
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6. Physical properties
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6.1. Electronic properties of boron-containing nanotubes
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6.2. Mechanical and thermal properties
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6.3. Chemical properties
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7. Experimental studies of atomic hydrogen adsorption on the surface of boron-carbon nanotubes
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8. Experimental studies of oxygen interaction with boron-containing nanotubes
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9. Experimental studies of carbon-containing nanotubes with boron impurity atoms
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10. Potential applications of boron-carbon nanotubes
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10.1. Hydrogen storage
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10.2. Catalyst applications
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10.3. Electric catalysis
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10.4. Sensors
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11. Simulation of carbon nanotubes with different contents of boron impurity atoms
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12. Conclusions
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References