Name | Mrs. Wanhong He |
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Organization or Institution | University of Florida |
Presentation Type | Poster |
Topic | Inorganic Chemistry |
Title | Control of phase behavior in a Prussian blue analogue |
Author(s) | Wanhong He and Daniel R. Talham |
Author Institution(s) | Department of Chemistry, University of Florida |
Abstract | A materials chemistry challenge is to develop ways to control the phase behavior of solids that undergo solid-solid phase transitions. The Prussian blue analogue (PBA) rubidium manganese hexacyanoferrate (RbMnFe-PBA), is a coordination polymer magnet, displaying a reversible visible-light-induced phase transition between a ferromagnetic low temperature phase and an antiferromagnetic photo-induced phase. The approach taken here is to construct core-shell heterostructures with other PBAs that have different lattice constants in order to modify the RbMnFe lattice and influence the light-induced phase transition. Core-shell particles with potassium nickel hexacyanochromate (KNiCr-PBA) were obtained via a stepwise co-precipitation method. The synthesis, characterization and magnetism of the core-shell particles will be presented. |