Abstract
The experimental study of photo-induced magnetization of hybrid molecular magnet containing cobalt(II) and tungsten(V) magnetic centers bridged by 4,4′-bpy and CN− is presented. The observed increase in magnetization rate is attributed to the defects due to inter-valence transfer between CoW ⇀↽ CoW. The time evolution of magnetization is parameterized by the power law rather than exponential function.
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