Til hovedinnhold

Øystein Dahl

Forsker

Øystein Dahl

Forsker

Øystein Dahl
Telefon: 928 14 089
E-post:
Avdeling: Materialer og nanoteknologi
Kontorsted: Trondheim

Publikasjoner og ansvarsområder

Publikasjon
https://www.sintef.no/publikasjoner/publikasjon/?pubid=1835125

High-entropy alloys (HEAs) represent a class of materials that is intensively investigated for a range of possible applications. They generally show a high degree of phase stability by the high entropy while the structure is a random atom position disorder unlike other alloys which can influence phy...

Forfattere Jeyanthinath Mayandi Marit Synnøve Sæverud Stange Espen Sagvolden Martin Fleissner Sunding Øystein Dahl Matthias Schrade J. Deuermeier E. Fortunato Ole Martin Løvvik Spyridon Diplas Patricia Almeida Carvalho Finstad Terje G
År 2019
Type Faglig foredrag
Publikasjon
https://www.sintef.no/publikasjoner/publikasjon/?pubid=1753940

The isolation of graphene has resulted in an increase in the interest in two-dimensional materials. These materials can be selected based on their electronic structure, ranging from semiconductor to insulator. Moreover, the vertical stacking of these materials into heterostructures results in new p...

Forfattere Branson Belle Maya N. Kutty Øystein Dahl Ayaz Ali Marta B. Muniz Per Erik Vullum Takashi Taniguchi Kenji Watanabe Ozhan Koybasi
År 2019
Type Vitenskapelig foredrag
Publikasjon
https://www.sintef.no/publikasjoner/publikasjon/?pubid=1230086

In this work we show how two different catalyst layer fabrication techniques can improve the PEM fuel cell performance by introducing macro porosities in the layer. In the first technique, a template with 4 μm diameter pillars made using photo lithography is pressed against the cathode side of Gore®...

Forfattere Kaushik Jayasayee Agnieszka Zlotorowicz Daniel Perez Clos Øystein Dahl Magnus Skinlo Thomassen Paul Inge Dahl Signe Kjelstrup
År 2014
Type Vitenskapelig artikkel
Publikasjon
https://www.sintef.no/publikasjoner/publikasjon/?pubid=914936

One important challenge, among several others, in using silicon nanostructures as anodes in lithium ion batteries concerns finding cost effective fabrication routes for their connection to a suitable current collector. Here we present synthesis and characterization of silicon nanostructures by plasm...

Forfattere Tommy Mokkelbost Anita Fossdal Øystein Dahl Ana Maria Cuellar Martinez Edel Sheridan Magnus Skinlo Thomassen Per Erik Vullum Silje Rodahl Ann Mari Svensson
År 2011
Type Poster