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US 2019/0330066 A1Published application
Method of synthesizing n-doped graphitic carbon nanoparticles, method of detecting mercury ions in aqueous solution, cell imaging method, electrically conductive material and infrared emitting device
AssigneeChien-Te Hsieh
InventorsChien-Te HSIEH, Si-Yong Gu, Yu-Fu Chen
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Abstract
A method of synthesizing N-doped graphitic carbon nanoparticles is disclosed. A mixture includes a carbon-containing compound and a nitrogen-containing compound providing. The mixture is heated by microwaves to implement a synthesizing procedure, thereby obtaining a plurality of N-doped graphitic carbon nanoparticles.
Claims20
A method of synthesizing N-doped graphitic carbon nanoparticles, comprising:
- providing a mixture comprising a carbon-containing compound and a nitrogen-containing compound;
- and
- heating the mixture by microwaves to implement a synthesizing procedure, thereby obtaining a plurality of N-doped graphitic carbon nanoparticles.
A method of synthesizing N-doped graphitic carbon nanoparticles, comprising:
- providing a mixture comprising a carbon-containing compound and a nitrogen-containing compound, wherein a mass ratio of the carbon-containing compound to the nitrogen-containing compound is from ⅓ to 3;
- and
- heating the mixture to implement a synthesizing procedure, thereby obtaining a plurality of N-doped graphitic carbon nanoparticles.
Dependencies are inferred from the claim text.