Metal–organic framework materials for light-harvesting and energy transfer
Chemical Communications, 2015•pubs.rsc.org
A critical review of the emerging field of MOFs for photon collection and subsequent energy
transfer is presented. Discussed are examples involving MOFs for (a) light harvesting, using
(i) MOF-quantum dots and molecular chromophores,(ii) chromophoric MOFs, and (iii) MOFs
with light-harvesting properties, and (b) energy transfer, specifically via the (i) Förster energy
transfer and (ii) Dexter exchange mechanism.
transfer is presented. Discussed are examples involving MOFs for (a) light harvesting, using
(i) MOF-quantum dots and molecular chromophores,(ii) chromophoric MOFs, and (iii) MOFs
with light-harvesting properties, and (b) energy transfer, specifically via the (i) Förster energy
transfer and (ii) Dexter exchange mechanism.
A critical review of the emerging field of MOFs for photon collection and subsequent energy transfer is presented. Discussed are examples involving MOFs for (a) light harvesting, using (i) MOF-quantum dots and molecular chromophores, (ii) chromophoric MOFs, and (iii) MOFs with light-harvesting properties, and (b) energy transfer, specifically via the (i) Förster energy transfer and (ii) Dexter exchange mechanism.
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