N-doped Mesoporous Carbon Spheres

N-doped Mesoporous Carbon SpheresProduct Name NameN doped Mesoporous Carbon Spheres 200 400 Product Overview Nitrogen doped mesoporous carbon spheres (NMCS) are carbon materials that improve their properties by doping nitrogen elements. Their unique mesoporous structure and nitrogen doping characteristics endow them with various excellent properties, and they have broad application prospects in multiple fields. There are various methods for preparing nitrogen doped mesoporous carbon

Product Name

^{Name：N-doped Mesoporous Carbon Spheres 200-400}

Product Overview

^{Nitrogen doped mesoporous carbon spheres (NMCS) are carbon materials that improve their properties by doping nitrogen elements. Their unique mesoporous structure and nitrogen doping characteristics endow them with various excellent properties, and they have broad application prospects in multiple fields. There are various methods for preparing nitrogen doped mesoporous carbon spheres, such as using silica inverse opal structure as the hard template, using triblock copolymer F127 as the soft template, and using cyanamide based substances as the nitrogen source.}

^{Technical Parameter}

^{Status：Black powder}

^{Particle size:00-400 nm}   

^{Specific surface area: ~436m2/g}

^{Average pore size:~2.63nm}

^{Pore volume：~0.28 cm2/g}

^{Doping ratio:-4 at%}

^{Product Features}

^{1. Larger specific surface area: Helps provide more active sites.}

^{2. Rich mesopores: conducive to the transport and diffusion of substances, such as shortening the transport distance of potassium ions and increasing the diffusion rate of potassium ions.}

^{3. Increased active sites caused by nitrogen doping: It can enhance the adsorption of specific ions or substances, for example, nitrogen doping can effectively increase the adsorption of potassium ions by carbon materials.}

^{4. Good conductivity: can improve the overall conductivity of composite materials.}

^{5. Unique pore structure: Provides a prerequisite for exploring the relationship between pore structure and potassium storage performance, and the smaller the mesoporous size, the better the potassium storage performance. The larger the mesoporous volume, the more prominent the potassium storage performance may be.}

^{Application Fields}

^{1. Energy storage: Nitrogen doped mesoporous carbon spheres exhibit excellent performance in energy storage technologies such as supercapacitors and lithium sulfur batteries, which can improve energy utilization and develop alternative energy sources.}

^{2. Gas adsorption: Due to its high specific surface area and porosity, nitrogen doped mesoporous carbon spheres are commonly used for gas adsorption, such as the adsorption of harmful gases such as carbon dioxide and formaldehyde.}

^{3. Catalytic field: As a catalyst or catalyst carrier, nitrogen doped mesoporous carbon spheres can effectively catalyze oxidation reactions and other chemical reactions, improving reaction efficiency and product selectivity. For example, nitrogen doped mesoporous carbon spheres as catalyst support materials are more attractive than traditional carbon materials because the introduction of nitrogen atoms can generate abundant defect sites on the surface of the carbon support, enhance the interaction between metal and support, and lead to the stability and dispersion of metal species.}

^{Related Information}

^{Please e-mail for the detailed characterization data.}

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