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mir33
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if we solve elliptic integrals related to doped graphene, band gap does not occur. But actually it occures with p doping. How can I solve this puzzle? Thanks for any help.
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P doped graphene is graphene that has been intentionally doped with phosphorus atoms. This alters the electrical properties of the material, making it a semiconductor instead of a pure conductor like regular graphene.
P doping introduces an energy gap, or band gap, in the electronic band structure of graphene. This gap can be controlled by varying the amount of phosphorus atoms, making P doped graphene a promising material for electronic devices.
P doped graphene has potential applications in electronics, such as transistors and sensors, due to its tunable band gap. It also has potential in energy storage and conversion, as well as in biomedical devices.
P doped graphene can be synthesized using various methods, including chemical vapor deposition and epitaxial growth. The phosphorus atoms can be introduced during the growth process or through post-synthesis methods like ion implantation or chemical modification.
One of the main challenges of P doped graphene is achieving a high level of doping while maintaining the structural integrity of the material. Additionally, the precise control of the band gap through doping can be difficult. Further research and development are needed to overcome these challenges and fully utilize the potential of P doped graphene.