Influence of Molecular Aggregation Decrease on the Complex Formation Reactivity in Co-Deposition of Nickel, Phthalocyanine, and Paraffin

A co-deposition of nickel (Ni), phthalocyanine (Pc), and paraffin (Pa) (Ni*Pc*Pa) was prepared by evaporating Ni, Pc, and Pa simultaneously in vacuum. The visible absorption spectrum of a dilute 1-chloronaphthalene solution of Ni*Pc*Pa was compared with that of the co-deposition of Ni and Pc (Ni*Pc)...

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Published in:KOBUNSHI RONBUNSHU 1998/05/25, Vol.55(5), pp.255-260
Main Authors: ORIHARA, Katsuo, TSUCHIYA, Kazuhiro, NOUCHI, Kentaro, AOKI, Katsuhiro, NAKANO, Masahiro, TANNO, Yuji, SUGANUMA, Eiichi
Format: Article
Language:Japanese
Subjects:
Complex Formation
Fine Structure
Nickel
Phthalocyanine
Simultaneous Evaporation
Vacuum Process
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container_end_page 260
container_issue 5
container_start_page 255
container_title KOBUNSHI RONBUNSHU
container_volume 55
creator ORIHARA, Katsuo
TSUCHIYA, Kazuhiro
NOUCHI, Kentaro
AOKI, Katsuhiro
NAKANO, Masahiro
TANNO, Yuji
SUGANUMA, Eiichi
description A co-deposition of nickel (Ni), phthalocyanine (Pc), and paraffin (Pa) (Ni*Pc*Pa) was prepared by evaporating Ni, Pc, and Pa simultaneously in vacuum. The visible absorption spectrum of a dilute 1-chloronaphthalene solution of Ni*Pc*Pa was compared with that of the co-deposition of Ni and Pc (Ni*Pc). The nickel phthalocyanine complex (NiPc) formation increased to about 70% in Ni*Pc*Pa, while it was about 50% in Ni*Pc. X-Ray diffraction patterns, electron diffraction patterns, and TEM images showed that the crystallinity and crystallite size of the Pc or NiPc component in Ni*Pc*Pa decrease greatly compared with those in Ni*Pc or in the deposition of Pc alone. These results indicated that the aggregation decrease of the Pc component in co-deposition was found to be one of the most important factors for the reactivity increase for the NiPc formation.
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source J-STAGE (Japan Science & Technology Information Aggregator, Electronic) - Open Access English articles
subjects Complex Formation
Fine Structure
Nickel
Phthalocyanine
Simultaneous Evaporation
Vacuum Process
title Influence of Molecular Aggregation Decrease on the Complex Formation Reactivity in Co-Deposition of Nickel, Phthalocyanine, and Paraffin
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