Jan Rossmeisl
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Explore the profile of Jan Rossmeisl including associated specialties, affiliations and a list of published articles.
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97
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1716
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Recent Articles
1.
Nygaard M, Nielsen M, Rossmeisl J
Angew Chem Int Ed Engl
. 2024 Oct;
64(7):e202417308.
PMID: 39417688
This study delves into the intricate interactions between surface-near species, OH and HO, on electrodes in electrochemical interfaces. These species are an inevitable part of many electrocatalytic energy conversion reactions...
2.
Bertheussen E, Pitscheider S, Cooper S, Pittkowski R, Svane K, Bornet A, et al.
ACS Mater Au
. 2024 Sep;
4(5):512-522.
PMID: 39280808
Proton exchange membrane water electrolysis (PEMWE) is a promising technology to produce hydrogen directly from renewable electricity sources due to its high power density and potential for dynamic operation. Widespread...
3.
Moss B, Svane K, Nieto-Castro D, Rao R, Scott S, Tseng C, et al.
J Am Chem Soc
. 2024 Mar;
146(13):8915-8927.
PMID: 38517290
A barrier to understanding the factors driving catalysis in the oxygen evolution reaction (OER) is understanding multiple overlapping redox transitions in the OER catalysts. The complexity of these transitions obscure...
4.
Wang X, Ju W, Liang L, Riyaz M, Bagger A, Filippi M, et al.
Angew Chem Int Ed Engl
. 2024 Mar;
63(21):e202401821.
PMID: 38467562
The electrochemical reductive valorization of CO, referred to as the CO2RR, is an emerging approach for the conversion of CO-containing feeds into valuable carbonaceous fuels and chemicals, with potential contributions...
5.
Couce P, Madsen T, Plaza-Mayoral E, Kristoffersen H, Chorkendorff I, Dalby K, et al.
Chem Sci
. 2024 Feb;
15(5):1714-1725.
PMID: 38303937
Electrocatalytic reactions are sensitive to the catalyst surface structure. Therefore, finding methods to determine active surface sites with different geometry is essential to address the structure-electrocatalytic performance relationships. In this...
6.
Pittkowski R, Clausen C, Chen Q, Stoian D, van Beek W, Bucher J, et al.
EES Catal
. 2023 Nov;
1(6):950-960.
PMID: 38013789
High entropy alloys (HEAs) are an important new material class with significant application potential in catalysis and electrocatalysis. The entropy-driven formation of HEA materials requires high temperatures and controlled cooling...
7.
Ju W, Bagger A, Saharie N, Mohle S, Wang J, Jaouen F, et al.
Commun Chem
. 2023 Sep;
6(1):212.
PMID: 37777576
Electrochemical conversion of organic compounds holds promise for advancing sustainable synthesis and catalysis. This study explored electrochemical carbonyl hydrogenation on single-site M-N-C (Metal Nitrogen-doped Carbon) catalysts using formaldehyde, acetaldehyde, and...
8.
Cipriano L, Kristoffersen H, Munhos R, Pittkowski R, Arenz M, Rossmeisl J
Nanoscale
. 2023 Sep;
15(41):16697-16705.
PMID: 37772911
The dissolution of nanoparticles under corrosive environments represents one of the main issues in electrochemical processes. Here, a model for alloying and protecting nanoparticles from corrosion with an anti-corrosive element...
9.
Gammelgaard J, Sun Z, Vestergaard A, Zhao S, Li Z, Lock N, et al.
ACS Nano
. 2023 Aug;
17(17):17489-17498.
PMID: 37643209
Carbon nitrides that expose atomically dispersed single-atom metals in the form of M-N-C (M = metal) sites are attractive earth-abundant catalyst materials that have been demonstrated in electrocatalytic conversion reactions....
10.
Clausen C, Krysiak O, Banko L, Pedersen J, Schuhmann W, Ludwig A, et al.
Angew Chem Int Ed Engl
. 2023 Aug;
62(39):e202307187.
PMID: 37534574
Compositionally complex materials such as high-entropy alloys and oxides have the potential to be efficient platforms for catalyst discovery because of the vast chemical space spanned by these novel materials....