Abstract
Real-time in situ energy dispersive X-ray powder diffraction techniques have been developed to monitor the intercalation of a guest species into a solid host; the time dependence of the extent of reaction (α) for the intercalation of cobaltocene CoCp2(Cp =η5-C5H5) by SnS2 has been experimentally determined and is consistent with a model involving nucleation followed by two-dimensional diffusion of the metallocene molecules into the host lattice.
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