Transformation and reactions of porphyrin iron(III) derivatives in an organic solution at the aqueous|organic solution interface

Electropolymerizable iron (III) and cobalt (II) dicyanophenoxy tetraphenylporphyrin complexes: Potential electrocatalysts

“…Also, electronic spectra of the axially ligated FeCNOTPP complexes were found to resemble those of other reported high-spin Fe(III) porphyrin complexes [13,14]. Unlike, the CoC-NOPP that gave four couples [12], solution electrochemistry of FeCNOTPPCl (Fig.…”

Biomimetic Charge Transfer Reactions at the Aqueous/Organic Solution Interface or through Artificial Membrane

“…19,20 The transformation, protonation and oxidation reactions of Fe(OEP) derivatives in DCE made in contact with W of various pH were investigated as the function of E by the group of present authors as follows, 16 and it was found that the reactions resembled largely those in biological systems.…”

“…16, the reaction observed at the interface between W of various pH and DCE containing chloro(tetraphenylporphyrinato)-iron(III) was also discussed.…”

Rapid and Precise Coulometric Determination and Separation of Redox Inert Ions Based on Electrolysis for Ion Transfer at the Aqueous|Organic Solution Interface

“…23 The configuration of TPhBE was described in the previous paper, 24 and the potential of TPhBE was reported to be -0.370 V versus TPhE. 25 In another method of electrolysis which will hereafter be called the "flow injection method", a definite volume of the sample solution was introduced into the stream of a carrier solution containing only SE by using an injector for liquid chromatography placed in front of the FECRIT.…”