Raman-scattering of alpha-copper phthalocyanine and other complexes formed at a silver surface using a compacted electrode

Bovill, A.J. and McConnell, A.A. and Nimmo, J.A. and Smith, W.E. (1985) Raman-scattering of alpha-copper phthalocyanine and other complexes formed at a silver surface using a compacted electrode. Surface Science, 158 (1-3). pp. 333-340. ISSN 0039-6028 (http://dx.doi.org/10.1016/0039-6028(85)90308-5)

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Abstract

A novel compacted electrode technique is used to obtain a layer of the insoluble pigment α-copper phthalocyanine on a silver surface. Electrochemical treatment improves the signal to noise ratio of the Raman spectrum of the phthalocyanine at the surface and a selective enhancement of some bands indicates a SERS effect as well as resonance. Silver phthalocyanine can be synthesised at a silver surface using compacted electrodes of silver and either metal-free phthalocyanine or o-phthalonitrile. The formation of the layer of complex at the surface can be observed by Raman spectroscopy. The method was extended to a non-phthalocyanine system using a silver/bipyridyl compacted electrode, which gave a detectable layer of a silver bipyridyl complex at the electrode surface and a solution of a soluble silver bipyridyl complex. This combination of a compacted electrode and Raman spectroscopy appears ideal for the synthesis and characterization of a range of transition-metal complex/metal surfaces.

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