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Nanoengineered carbon-based interfaces for advanced energy and photonics applications: A recent progress and innovations
Citation
Levchenko, I., Baranov, O., Riccardi, C., Roman, H. E., Cvelbar, U., Ivanova, E. P., Mohandas, M., Ščajev, P., Malinauskas, T., Xu, S., & Bazaka, K. (2022). Nanoengineered carbon-based interfaces for advanced energy and photonics applications: A recent progress and innovations. Advanced Materials Interfaces, 10(1), Article 2201739. https://doi.org/10.1002/admi.202201739
Author
Levchenko, Igor
•
Baranov, Oleg
•
Riccardi, Claudia
•
Roman, H. Eduardo
•
Cvelbar, Uros
•
Ivanova, Elena P.
•
Mohandas, Mandhakini
•
Scajev, Patrik
•
Malinauskas, Tadas
•
•
Bazaka, Kateryna
Abstract
As famed quantum physicist W. Pauli once said, “The surface was invented by the devil”. The nonequilibrium state of particles forming the surface, and the presence of dangling bonds transform the surfaces into a 2D reactor with high physical and chemical reactivity. When two such active surfaces are matched, their interface becomes even more reactive, giving rise to novel properties or enhanced performance. For this reason, much effort is applied to design nanoengineered interfacial systems for applications spanning all facets of human life. This review article discusses recent, mostly within two years, progress in the design of complex, sophisticated carbon-based interfacial material systems for energy and photonics applications, with the aim to emphasize some of the most interesting and important examples of such systems. Differences in the processes that take place on flat and 3D (curved) surfaces are discussed, with the view of guiding the design and construction of complex functional interfaces, focusing on several points that are of particular importance to the ongoing development of advanced interfacial material systems.
Date Issued
2022
Publisher
Wiley
Journal
Advanced Materials Interfaces
Grant ID
DP180101254
FT190100819
P1-0417
N2-0107
2020.02/0119
G5814
ICI180100005
Funding Agency
Nanyang Technological University, Singapore
Australian National University
Australian Research Council
Slovenian Research Agency
EU Graphene Flagship
National Research Foundation of UkraineNATO Science for Peace and Security Programme
ARC Industrial Transformation Training Centre in Surface Engineering for Advanced Materials (SEAM)