Xiaohan Wu

Technologiestrategie mit Fokus auf Zero-Emission Antriebstechnologie (Batterie, Brennstoffzelle und e-fuels) Internationale Erfahrung in Zusammenarbeit mit Top-Management

Marktbeobachtung und technische Beurteilung neuer Batterietechnologien wie z.B. die Festkörperbatterie (All-Solid-State Battery). Betreuung der Kollaborationen mit Universität in der Batterieforschung

Promotion im Bereich Feststoffbatterien (all-solid-sate battery)

Research work in the field of organic electronics: Solvent formulation and preparation of small molecule semiconductor film via solvent cast techniques.

Research work in the field of lithium- and sodium-ion battery technologies Electrochemical and spectroscopic characterization of ionic liquids as electrolyte mate-rial

Research work in the field of lithium sulfur battery technologies: Synthesis, preparation and characterization of sulfur-contained cathode materials and anode protection layer for metallic lithium, preparation and electrochemical characterization of various test cells (T- and coin cells).

Investigation on the reactivity of the superoxide anion radical with organic solvents using NMR and UV spectroscopyat the Institute of technical electrochemistry (Prof. H. A. Gasteiger).

- Materialien und Grenzflächen in der Festkörperbatterie - Spektroskopische und Tomographische Materialcharakterisierung, z.B. XPS, XRD, SEM, X-ray tomographische Mikroskopie - Elektrochemische operando Messaufbau

Inorganic, physical und electrochemistry

Inorganic, physical und technical chemistry. Thesis title: “Investigation on the reactivity of the superoxide anion radical with sol-vents for non-aqueous lithium air battery electrolytes” Final Grade: 1.4