Abstract
Abstract The photo-induced defect states in a quasi- one-dimensional, chlorine-bridged platinum complex (Pt-Cl) were studied by electron paramagnetic resonance (EPR). The EPR spectra consisted of the usual band with the well-known five-fine structure as well as some new bands when the sample at helium temperature was excited by ultra violet light. The new bands were located at about 93 gauss on both sides of the central peak of the usual band when the X band is used. The new bands were less stable than the usual band and completely disappeared at about 30K. These indicate that the photoinduced states consisted of at least two kinds of defects.
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