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Lichtenbergstr.1
85748 Garching
The high energy density of Li-ion batteries has enabled the introduction of portable electronics in our daily lives, the development of electrical vehicles and is expected to be a critical technology for lifting the intermittency of renewable energy sources. Li-ion transport and local structural changes in electrode and electrolyte materials are decisive for the battery performance. However these processes are often hard to monitor on a microscopic level under realistic operando conditions. In this presentation some of the key challenges of next generation batteries, including solid state batteries and Li-O2 batteries, are brought forward along with the use of operando neutron and X-ray techniques as well as Nuclear Magnetic Resonance to gain more insight in the fundamental processes.
Datum | 10.12.2018 |
Uhrzeit | 14:30 - 15:30 Uhr |
Ort | Garching / Physik Department |
Raum | HS 3 |
Sprecher | Dr. Marnix Wagemaker, TU Delft |
Veranstalter | TUM / MLZ |
Kontakt | |
Ansprechpartner | Dr. Markos Skoulatos und Dr. Alexandros Koutsioumpas |
URL |
MLZ ist eine Kooperation aus:
> Technische Universität München> Helmholtz-Zentrum Hereon > Forschungszentrum JülichMLZ ist Mitglied in:
MLZ in den sozialen Medien: