Hemi and amphi-substituted ¼-carbido iron diphthalocyanine having general formula (t-bu)4PcFe-C-FePc and (t-bu)4PcFe-C-FePc(t-bu)4 have been oxidized with I2. The oxidized compounds have been characterized and their physicochemical properties have been studied; the results obtained lead to assign them the formula [(t-Bu)4PcFe-C-FePc] (I5)0.66 and [[(t-Bu)4PcFe]2 C]] (I5)0.66 respectively. The conduction properties, related to the role played by the pushing groups inserted in the peripheral macrocycles, are discussed. Moreover, an effective purification method for improving the yield and purity of iron tetra-tert-butyl phthalocyanine is described, the difficulty being able to obtain this precursor with a high purity grade.
Iodine doping of substituted mu-carbido iron diphthalocyanines
Zanotti G;Notarantonio S;Paoletti AM;Rossi G;Pennesi G
2011
Abstract
Hemi and amphi-substituted ¼-carbido iron diphthalocyanine having general formula (t-bu)4PcFe-C-FePc and (t-bu)4PcFe-C-FePc(t-bu)4 have been oxidized with I2. The oxidized compounds have been characterized and their physicochemical properties have been studied; the results obtained lead to assign them the formula [(t-Bu)4PcFe-C-FePc] (I5)0.66 and [[(t-Bu)4PcFe]2 C]] (I5)0.66 respectively. The conduction properties, related to the role played by the pushing groups inserted in the peripheral macrocycles, are discussed. Moreover, an effective purification method for improving the yield and purity of iron tetra-tert-butyl phthalocyanine is described, the difficulty being able to obtain this precursor with a high purity grade.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.