Transition metal chalcogenides/graphene ensembles for lightinduced energy applications

δείτε την πρωτότυπη σελίδα τεκμηρίου
στον ιστότοπο του αποθετηρίου του φορέα για περισσότερες πληροφορίες και για να δείτε όλα τα ψηφιακά αρχεία του τεκμηρίου*



Transition metal chalcogenides/graphene ensembles for lightinduced energy applications

Kagkoura, Antonia
Skaltsas, Theodosis
Ταγματάρχης, Νίκος

Άρθρο σε επιστημονικό περιοδικό

2017


Recently, nanomaterials that harvest solar energy and convert it to other forms of energy are of great interest. In this context, transition metal chalcogenides (TMCs) have recently been in the spotlight due to their optoelectronic properties that render them potential candidates mainly in energy conversion applications. Integration of TMCs onto a strong electron‐accepting material, such as graphene, yielding novel TMC/graphene ensembles is of high significance, since photoinduced charge‐transfer phenomena, leading to intra‐ensemble charge separation, may occur. In this review, we highlight the utility of TMC/graphene ensembles, with a specific focus on latest trends in applications, while their synthetic routes are also discussed. In fact, TMC/graphene ensembles are photocatalytically active and superior as compared to intact TMCs analogues, when examined toward photocatalytic H2 evolution, dye degradation and redox transformations of organic compounds. Moreover, TMC/graphene ensembles have shown excellent prospect when employed in photovoltaics and biosensing applications. Finally, the future prospects of such materials are outlined.

Χημεία (Γενικά) (EL)
Chemistry (General) (EN)

Hybrids (EL)
Graphene (EL)
Energy conversion (EL)
Transition metal chalcogenides (EL)
Functional materials (EL)

Αγγλική γλώσσα

Wiley


Chemistry – A European Journal

Copyright © WILEY-VCH Verlag GmbH & Co. KGaA
https://creativecommons.org/licenses/by-nc-nd/4.0/deed.el




*Η εύρυθμη και αδιάλειπτη λειτουργία των διαδικτυακών διευθύνσεων των συλλογών (ψηφιακό αρχείο, καρτέλα τεκμηρίου στο αποθετήριο) είναι αποκλειστική ευθύνη των αντίστοιχων Φορέων περιεχομένου.