Breadcrumb Menu Back Link Home · Research · Projects · Identifying descriptors for... Projects Identifying descriptors for oxygen mobility, reactivity and storage May 1, 2020 Principal investigator Yang Shao-Horn Share this item Related topics Basic energy science Project team Log in to view member-only content. See all researchers See all researchers Yang Shao-Horn Principal investigator Professor, Department of Mechanical Engineering Affiliated researcher Related projects Log in to view member-only content. See all projects See all projects New ? New items have been added or updated in the last 30 days. [MITEI Seed] Solution-processable microporous semiconductors for electric-field enhanced CO2 capture: a novel approach June 1, 2025 Funding source Seed Innovation Fund New ? New items have been added or updated in the last 30 days. [MITEI Seed] Low temperature route for catalytic ammonia decomposition via a novel method of inputting energy where it counts June 1, 2025 Funding source Seed Innovation Fund You may also be interested in Publications and reports Exsolution Synthesis of Nanocomposite Perovskites with Tunable Electrical and Magnetic Properties November 18, 2021 Publications and reports Design and operation of an enhanced pervaporation device with static mixers September 29, 2021 Publications and reports Additive Manufacturing of Functional Microarchitected Reactors for Energy, Environmental, and Biological Applications October 13, 2020
Yang Shao-Horn Principal investigator Professor, Department of Mechanical Engineering Affiliated researcher
New ? New items have been added or updated in the last 30 days. [MITEI Seed] Solution-processable microporous semiconductors for electric-field enhanced CO2 capture: a novel approach June 1, 2025 Funding source Seed Innovation Fund
New ? New items have been added or updated in the last 30 days. [MITEI Seed] Low temperature route for catalytic ammonia decomposition via a novel method of inputting energy where it counts June 1, 2025 Funding source Seed Innovation Fund
