Katja Sofie Støren Sverdlilje

• Brennhagen, Anders; Kvamme, Kristian Breivik; Sverdlilje, Katja S. S. & Nilsen, Ola (2019). Amorphous Iron Phosphates for Thin Film batteries.
• Kvamme, Kristian Breivik; Sverdlilje, Katja Sofie Støren & Nilsen, Ola (2018). Thin film batteries at UiO. Vis sammendrag

  Batteries are fast becoming the go-to energy storage solution of our future, even for highly demanding applications such as aviation. The growing expectations and demands for our future batteries require radical improvements in both design and construction. Several approaches are being pursued throughout the research community. At UiO, we are exploring solid-state electrolytes to fulfil these demands. Changing from a liquid to a solid electrolyte is a drastic change in battery design, and solid electrolytes will significantly improve the properties of batteries. This will in turn enable new applications and further decouple our civilization from fossil fuels. Most solid materials have low ionic conductivity, but not all. We are exploring solid materials with high ionic conductivity, including combinations of organic and inorganic structures forming a class of hybrid materials. This work is based on our previous, successful work on high-performance FePO4 cathode materials that show quasi-capacitive behaviour.

• Sverdlilje, Katja S. S. (2018). El-biler og batteriteknologi er på opptur, det bør vi dyrke.. Forskning.no.  ISSN 1891-635X.
• Sverdlilje, Katja S. S. (2018). Norske klimafornektere, Trump og vaksineskeptikere forstår ikke hva vitenskapelig konsensus er. Det er et demokratisk problem.. Aftenposten (morgenutg. : trykt utg.).  ISSN 0804-3116.

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