Nannochloropsis Oceanica derived nitrogen-rich macroporous carbon for bi-atomic matching-catalytic flexible dopamine sensor

Nannochloropsis Oceanica derived nitrogen-rich macroporous carbon for bi-atomic matching-catalytic flexible dopamine sensor

Nannochloropsis Oceanica (N. Oceanica), a microalga was used to derive a nitrogen-rich macroporous carbon (NMC) by a controlled carbonization process. The as-prepared NMC was employed to successfully fabricate a silk fabric-based flexible dopamine (DA) sensor for a broad detection range (0.02–2500 μ...

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Bibliographic Details
Main Authors: Fu, Q. (Author), Guo, C. (Author), Li, C.M (Author), Li, Y. (Author), Liu, L. (Author), Shi, F. (Author), Shi, Z. (Author), Sun, W. (Author), Wu, X. (Author)
Format: Article
Language:English
Published: Elsevier Ltd 2022
Subjects:
Amines
Atoms
Bio-derived dopamine sensor
Carbon
Carbonization
Carbonization process
Catalysis
Dopamine
Electrochemical sensors
Flexible electrochemical sensor
Macroporous carbon
Macroporous structure
Macroporous structures
Matchings
Microalga
Nannochloropsi oceanicum
Nannochloropsis Oceanica
Neurophysiology
Nitrogen
Nitrogen-rich carbon
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