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The cover describes a unique morphology evolution of interconnected inverse opals during electrowetting. The interconnected pores are transformed to the separate hollow spheres of metal‐organic inverse opals during the process. This phenomenon can serve as a novel water‐lithography approach for the fabrication of colloidal crystal patterns as described by Jingxia Wang and co‐workers in article number...
This paper presents a unique morphological evolution of metal‐organic inverse opals (Pb(NO3)2‐poly(St‐MMA‐AA)) subjected to an electrowetting process. The morphology of the building blocks changes from interconnected pores to separated hollow spheres during the electrowetting process, accompanied by an unusual blue‐shift of the stopband position and the decreased wettability of the film. This morphology...
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