Despite the properties of PBIs, until now, in literature, there is very few examples of a PBI -based COF, and there are no bay-substituted PBI based COFs yet reported. Given the optoelectronic properties of PBI and the lack of PBI based COFs, the goal of this thesis work is to synthetize and characterize a bay substituted PBI based covalent organic frameworks for possible applications in photocatalysis and sensing
Despite the properties of PBIs, until now, in literature, there is very few examples of a PBI -based COF, and there are no bay-substituted PBI based COFs yet reported. Given the optoelectronic properties of PBI and the lack of PBI based COFs, the goal of this thesis work is to synthetize and characterize a bay substituted PBI based covalent organic frameworks for possible applications in photocatalysis and sensing
Perylene Bisimide-Based Covalent Organic Frameworks for Applications in Optical Sensing and Photocatalysis
SCHIAVO, GIANMARCO
2022/2023
Abstract
Despite the properties of PBIs, until now, in literature, there is very few examples of a PBI -based COF, and there are no bay-substituted PBI based COFs yet reported. Given the optoelectronic properties of PBI and the lack of PBI based COFs, the goal of this thesis work is to synthetize and characterize a bay substituted PBI based covalent organic frameworks for possible applications in photocatalysis and sensing| File | Dimensione | Formato | |
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tesi laurea magistrale in chimica Schiavo Gianmarco.pdf
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7.42 MB | Adobe PDF |
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https://hdl.handle.net/20.500.12608/60909