PhD studerende Andreas Østergaard Drejer fortæller om hvordan genopladelige batterier virker, og om hvad de laver i forskningsgruppen på SDU. Få en god introduktion til batteriers historie og lær blandt andet om elektrokemiens fødselsdag, hvorfor lithium er så godt, og hvordan man kan bruge reoler til at illustrere opbygningen af et batteri. Helt klart værd …
Permanent link to this article: http://batteriselskab.dk/video/hvordan-fungerer-lithium-ion-batterier.htm
A Stanford University-led team recently published research detailing how particles charge and discharge at the nanoscale, giving new insight into the fundamental functioning of batteries and opening doors for the development of better rechargeables. This new insight into the electrochemical action that powers Li-ion batteries provides powerful knowledge into the building blocks of batteries. “It …
Permanent link to this article: http://batteriselskab.dk/nyheder/revealing-the-nanoscale-secrets-of-batteries.htm
A short introduction to battery research seen from a crystallographers’ point of view. A large part of my PhD has involved participation in the invention and testing of a novel visualization technique: The Procrystal Analysis. Application to a wide range of electrode materials for Li-ion battery applications prove the methods’ validity in describing the migration …
Permanent link to this article: http://batteriselskab.dk/arrangementer/praesentationer/ion-migration-pathways-in-electrode-materials.htm
The search for novel crystalline materials for use as electrodes in battery materials is a lengthy and costly process. There is a great need for a fast evaluation tool to supplement already existing experimental and theoretical methods. In this talk, the procrystal analysis is introduced as a fast technique for pointing out promising candidates for …
Permanent link to this article: http://batteriselskab.dk/arrangementer/praesentationer/procrystal-analysis-for-easy-visualization-of-li-pathways.htm
