Recherche | Paul Scherrer Institut (PSI)

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Collaborations

We are working together in our actual (and past ) projects with various national and international collaboration partners.

Laboratory for Multiscale Materials Experiments (LMX) Scientific Publications

A dynamic double layer as the origin of the mass-dependent ion acceleration in laser-induced plasmas
Ojeda-G-P A, Yao X, Bulgakova Nadezhda M, Bulgakov Alexander V, Lippert T

Applied Physics A
125,
71
(2019).

DOI: 10.1007/s00339-018-2345-3

Bulk single-crystal growth of the theoretically predicted magnetic Weyl semimetals RAlGe ( R = Pr, Ce)
Puphal P, Mielke C, Kumar N, Soh Y, Shang T, Medarde M, White Jonathan S, Pomjakushina E

Physical Review Materials
3,
024204
(2019).

Staff Insertion Devices Group

Team Insertion Devices

Natasha Rose Hales

26.03.2019

Investigation of anionic redox activities in organic-based electrode for Li-ion batteries

To date the electrochemical activity of battery materials was always relying in the oxidation/reduction of cationic redox (change of oxidation state of transition metals generally). However, recently, it was established in new cathode materials (so call Li-rich cathode) that the oxygen from the crystal lattice might also play the role of anionic redox center leading to enhance then the specific charge of battery materials.

03.02.2020

•Energy and Climate

•13 min

Toward better motors with X-ray light

Making Switzerland's road traffic fit for the future calls for research, first and foremost. In the large-scale research facilities of PSI, chemists and engineers are investigating how to improve the efficiency of motors and reduce their emissions.

ECL Annual Report 2022

Publications 2018

Electrochemistry Laboratory (LEC)

PSI_Magazin_02_2017.pdf

5232_3-22_e.pdf

5232_3-22_d.pdf

LEC Annual Report 2020

Group members

21.03.2017

Unraveling Thermodynamics, Stability, and Oxygen Evolution Activity of Strontium Ruthenium Perovskite Oxide

Ru-based perovskites, i.e. SrRuO3 and LaRuO3, have been predicted as active perovskites to exhibit a particularly high oxygen evolution reaction activity. We highlight that understanding the origin of stability under a real operating environment is absolutely essential for the design of a sustainable electrocatalyst with optimal balance between activity and stability.

17.07.2017

Nanomaterial helps store solar energy: efficiently and inexpensively

By combining a scalable cutting-edge synthesis method with time-resolved X-ray absorption spectroscopy measurements, it was possible to capture the dynamic local electronic and geometric structure during realistic operando conditions for highly active OER perovskite nanocatalysts.