Emilia Olsson

Academic, Assistant Professor, null

University of Amsterdam

Netherlands

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Emilia Olsson is an Assistant Professor at the Universiteit van Amsterdam, Netherlands. Her research focuses on materials science with particular emphasis on energy storage solutions, including lithium-ion and sodium-ion batteries. Recent publications include studies on polaron-induced matrix formation in silicon nitride anodes and the manipulation of transition metal migration in cathodes, highlighting her contributions to the advancement of battery technologies.

Emilia Olsson

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Articles (16)

Forged by charge: polaron-induced matrix formation in silicon nitride conversion-type anodes for lithium-ion batteries

Vacancy enhanced Li, Na, and K clustering on graphene

Manipulation of Transition Metal Migration via Cr-Doping for Better-Performance Li-Rich, Co-Free Cathodes

From Jekyll to Hyde and Beyond: Hydrogen’s Multifaceted Role in Passivation, H-Induced Breakdown, and Charging of Amorphous Silicon Nitride

MgSO4 as an Effective, Low-Temperature Sulfur Dopant for Carbon Materials Enabling Fast Sodium Storage

Coverage-dependent stability of RuxSiy on Ru(0001): a comparative DFT and XPS study

Investigating the Role of Surface Roughness and Defects on EC Breakdown, as a Precursor to SEI Formation in Hard Carbon Sodium‐Ion Battery Anodes

Atomic‐Scale Design of Anode Materials for Alkali Metal (Li/Na/K)‐Ion Batteries: Progress and Perspectives

Voltage plateau variation in a bismuth-potassium battery

Prediction of the Liquid–Liquid Extraction Properties of Imidazolium-Based Ionic Liquids for the Extraction of Aromatics from Aliphatics

Investigating the effect of edge and basal plane surface functionalisation of carbonaceous anodes for alkali metal (Li/Na/K) ion batteries

Defects in Hard Carbon: Where Are They Located and How Does the Location Affect Alkaline Metal Storage?

A novel amorphous P4SSe2 compound as an advanced anode for sodium-ion batteries in ether-based electrolytes

Alkali Ion Storage and Migration in Carbonaceous Anode Materials – an Atomic Scale Study

Atomic Scale Insight into Metal Storage and Migration in Novel Anode Materials for Next Generation Battery Technologies

Hard Carbon Ethylene Carbonate Interfaces – Atomic Scale Insight into Surface Termination, Defects, Functional Groups, and Roughness on Electrolyte Breakdown, Metal Adsorption, Intercalation and Nucleation

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Bruce Cowie

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