The 3:2 Charge Transfer (CT) co-crystal (Perylene)3(TCNQF1)2 is grown by the Physical Vapor Transport (PVT) method, and characterized structurally and spectroscopically. Infrared analysis of the charge sensitive modes reveals a low degree of charge transfer (less than 0.1) between donor and acceptor molecules. The crystal is isostructural to the other 3:2 CT crystals formed by Perylene with TCNQF2 and TCNQF4, whereas such stoichiometry and packing is not known for the CT crystals with non-fluorinated TCNQ. The analysis of the isostructural family of 3:2 Perylene– TCNQFx (x = 1,2,4) co-crystal put in evidence the role of weak F… HC bonding in stabilizing this type of structure.
(Perylene)3-(TCNQF1)2: Yet another member in the series of perylene–TCNQFx polymorphic charge transfer crystals / Salzillo, T.; Valle, R. G. D.; Venuti, E.; Brillante, A.; Kociok-Kohn, G.; Di Nuzzo, D.; Masino, M.; Girlando, A.. - In: CRYSTALS. - ISSN 2073-4352. - 10:3(2020), p. 177. [10.3390/cryst10030177]
(Perylene)3-(TCNQF1)2: Yet another member in the series of perylene–TCNQFx polymorphic charge transfer crystals
Venuti E.;Masino M.;Girlando A.
2020-01-01
Abstract
The 3:2 Charge Transfer (CT) co-crystal (Perylene)3(TCNQF1)2 is grown by the Physical Vapor Transport (PVT) method, and characterized structurally and spectroscopically. Infrared analysis of the charge sensitive modes reveals a low degree of charge transfer (less than 0.1) between donor and acceptor molecules. The crystal is isostructural to the other 3:2 CT crystals formed by Perylene with TCNQF2 and TCNQF4, whereas such stoichiometry and packing is not known for the CT crystals with non-fluorinated TCNQ. The analysis of the isostructural family of 3:2 Perylene– TCNQFx (x = 1,2,4) co-crystal put in evidence the role of weak F… HC bonding in stabilizing this type of structure.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
