Atom Probe of Frozen Liquids by Baptiste Gault and Ayman El-Zoka
How to analyse frozen liquids by #atomprobe tomography? Our scientists Baptiste Gault and Ayman El-Zoka explain their approach. Learn how atom probe tomography functions in general, which topics are conducted at the #MPIE using this technique, which challenges our scientists faced when trying to analyse frozen water and how they were able to overcome them.
This seminar is part of a seminar series "Coffee with Max Planck"
©Baptiste Gault, Ayman El-Zoka
#materialsscience #maxplancksociety #researchingermany
Видео Atom Probe of Frozen Liquids by Baptiste Gault and Ayman El-Zoka канала Max Planck Institute for Sustainable Materials
This seminar is part of a seminar series "Coffee with Max Planck"
©Baptiste Gault, Ayman El-Zoka
#materialsscience #maxplancksociety #researchingermany
Видео Atom Probe of Frozen Liquids by Baptiste Gault and Ayman El-Zoka канала Max Planck Institute for Sustainable Materials
Показать
Комментарии отсутствуют
Информация о видео
25 января 2021 г. 21:55:50
00:34:23
Другие видео канала
Short Stories from the Lab: A fully automated 3D microstructure characterization systemIn-situ synthesis via laser metal deposition of a lean Copper nanocompositeHow is your work related to sustainability?Robot microscopyMachine Learning of Defects in Laves Phases by Tilmann Hickel and Christoph FreysoldtHow Do Alloying Elements Behave at the Grain Boundary?Inside the World of Materials Research100 Years of History and an exciting Future ahead!What are the Physical Foundations and Basic Challenges in Sustainable Metallurgy ?Corrosion at the Quantum Level by Mira Todorova and Sudarsan SurendralalAmmonia: Bringing hydrogen to the green steel plantWhat is it like to work at MPIE?Turning toxic waste into green steelFueling the green economy: Hydrogen productionHow does hydrogen behave in aluminum alloys?What does sustainability mean to you?Embracing Hydrogen Safely: Paving the Way to a Carbon-Free IndustryAutomated ab-initio Determination of Materials Properties at finite Temperatures with pyironMaterials for Energy Application by Christina ScheuNano- and Micromechanics of Materials by James Best and Hariprasad Gopalan