Nano-casted N-Doped Carbon Created From a Task-Specific Protic Salt and Controlled Porous Glass.

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ID: 94729
2019
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Abstract
3-dimensionally interconnected macroporous carbons are versatile materials that can be used in catalysis, electrochemical devices, and separation technology. Herein, the synthesis of a nitrogen doped carbonaceous material with a well-defined nanoarchitecture via nano-casting is demonstrated. A novel carbon source, a task-specific protic salt, has been proposed to create nitrogen doped carbon by direct carbonization within the pores of controlled macroporous glass. After the removal of macroporous glass from the composite using an aqueous sodium hydroxide solution and upon further heat treatment, an oxidation resistant doped carbon with high nitrogen content (6 mass %) is obtained. The materials formed during the different stages of the nano-casting process exhibit interesting properties such as hierarchical porosity, very high nitrogen content (15 mass %), and increased oxidational stability. A combination of different properties to create tailor-made materials for different applications using this technique is possible.
Reference Key
singh2019nanocastedfrontiers Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors Singh, Varun;Gantman, Mikhail;Selvam, Thangaraj;Münzer, Maximilian;Enke, Dirk;Schwieger, Wilhelm;
Journal Frontiers in chemistry
Year 2019
DOI
10.3389/fchem.2019.00767
URL
Keywords
n-doped carbon controlled porous glass direct carbonization macroporous carbon replica nano-casting

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