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[Carbon Treasure Says] New Insights into the Structural Regulation of Cellulose-Based Hard Carbon

[Carbon Treasure Says] New Insights into the Structural Regulation of Cellulose-Based Hard Carbon

New Insights into the Structural Regulation of Cellulose-Based Hard Carbon

2024-12-05

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[Tan Bao Says] How to "Cool Down" Electronic Devices

[Tan Bao Says] How to "Cool Down" Electronic Devices

How to "cool down" electronic devices

2024-11-08

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[Carbon Bao said] theory with practice, heterogeneous atom doping to enhance the stability of lithium-ion battery layered cathode materials

[Carbon Bao said] theory with practice, heterogeneous atom doping to enhance the stability of lithium-ion battery layered cathode materials

The realization of a highly reversible anionic redox reaction (ARR) in high-pressure LiCoO2 (LCO) is essential for improving power/energy density, but there is still a lack of reliable regulation strategies.

2024-07-09

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[charcoal treasure said] how to solve the graphene oxide film carbonization process gas accumulation of graphene film thermal conductivity decreased?

[charcoal treasure said] how to solve the graphene oxide film carbonization process gas accumulation of graphene film thermal conductivity decreased?

Graphene film is widely used in thermal management of electronic products due to its corrosion resistance, light weight, flexibility and high thermal conductivity. At present, researchers have developed many methods for preparing graphene films, among which high viscosity graphene oxide slurry (GO) is used as a precursor, combined with self-assembly and high temperature heat treatment to prepare graphene films is the most commonly used method.

2024-07-03

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Carbon corrosion caused by surface defects accelerates the degradation of platinum/graphene catalyst in oxygen reduction reaction

Carbon corrosion caused by surface defects accelerates the degradation of platinum/graphene catalyst in oxygen reduction reaction

Graphene-supported electrocatalysts exhibit excellent catalytic performance in the oxygen reduction reaction (ORR). However, due to the Oswald ripening of platinum and the corrosion of the graphene support, their durability and cycle performance are greatly limited.

2024-05-23

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