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Description
Mesoporous nitrogen doped carbonProduct Name NameMesoporous nitrogen doped carbon Product Overview Nitrogen doped mesoporous carbon is a carbon material with special physicochemical properties. By introducing nitrogen into the preparation of mesoporous carbon, its electronic structure and surface properties can be improved, thus increasing its potential for application in many fields. Nitrogen doped mesoporous carbon also belongs to ordered mesoporous carbon. Ordered mesoporous
Product Name
Name：Mesoporous nitrogen doped carbon
Product Overview
Nitrogen-doped mesoporous carbon is a carbon material with special physicochemical properties. By introducing nitrogen into the preparation of mesoporous carbon, its electronic structure and surface properties can be improved, thus increasing its potential for application in many fields. Nitrogen-doped mesoporous carbon also belongs to ordered mesoporous carbon. Ordered mesoporous carbon materials have highly ordered pore arrangement on the microscopic scale, which results in a large specific surface area and uniform pore size, which is conducive to the transport and separation of substances.
Technical Parameter
Average Size: µm
Specific Surface Area (BET): ~350 m2/g
Pore diameter：~4.83nm
Product Features
Good ordered mesoporous structure: it shows ordered mesoporous structure with highly regular pore arrangement.
High specific surface area: the large specific surface area is conducive to increasing the contact area with the reactants.
Improved electronic conductivity: Nitrogen doping increases the electron density of the material, thus improving the electrical conductivity.
Enhanced surface chemical activity: Nitrogen doping provides more active sites, such as pyridine-type, pyrrole-type or amino-type nitrogen, which facilitates adsorption and catalysis of reactions.
Increased hydrophilicity: allows for a wider range of applications in aqueous environments.
Application Fields
Supercapacitor: As an electrode material, nitrogen-doped mesoporous carbon is theoretically capable of providing high energy density and power density, and is an important component of supercapacitors.
Catalyst carrier: Its high specific surface area and ordered pore structure make it an ideal carrier for catalysts, which can be used to catalyse various chemical reactions.
Gas Adsorption and Separation: With excellent adsorption properties for specific gases, they can be used in the field of gas adsorption and separation.
Bio-imaging and sensors: Nitrogen-doped mesoporous carbon also exhibits potential applications in bio-imaging and sensors. Energy Storage Materials: As a carrier or component of energy storage materials, nitrogen-doped mesoporous carbon can improve the performance of energy storage devices.
Related Information
Please e-mail for the detailed characterization data.
E-mail:[email protected]
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