Reduction-Driven Self-Accelerating Microwave Heating and Multistability in Mixed Metal Oxide Solution of Ceria-zirconia

Name: Reduction-Driven Self-Accelerating Microwave Heating and Multistability in Mixed Metal Oxide Solution of Ceria-zirconia
Creator: Maxwell Bobbin
Published: 2026-08-22T15:25:35.470Z
Keywords: Chemical Engineering, Microwave

Bobbin, Maxwell; Kim, Quentin; Worrad, Alfred; Plaza-González, Pedro; Catalá-Civera, José; Zheng, Weiqing; Vlachos, Dion

doi:10.17632/t88jw8v8h9.2

Reduction-Driven Self-Accelerating Microwave Heating and Multistability in Mixed Metal Oxide Solution of Ceria-zirconia

Published: 22 August 2026| Version 2 | DOI: 10.17632/t88jw8v8h9.2

Contributors:

Maxwell Bobbin,

,

, Pedro Plaza-González, José Catalá-Civera,

,

Description

Reduction and temperature dependent permittivity of Ceria-Zirconia at 2.45 GHz along with microwave heating data and computational simulation data.

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Institutions

University of Delaware
Delaware, Newark

Funders

Office of Science
District of Columbia, Washington
Grant ID: DE-SC0024085

Reduction-Driven Self-Accelerating Microwave Heating and Multistability in Mixed Metal Oxide Solution of Ceria-zirconia

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