J Ruud van Ommen
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Explore the profile of J Ruud van Ommen including associated specialties, affiliations and a list of published articles.
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Articles
33
Citations
94
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Recent Articles
1.
Kamphorst R, Theisen M, Bordoloi A, Salameh S, Meesters G, van Ommen J
Phys Chem Chem Phys
. 2025 Jan;
27(11):5476-5481.
PMID: 39835388
The fractal structure of aggregates consisting of primary nanoparticles naturally arises during their synthesis. While typically considered to be a fully stochastic process, we suspect long-range interactions, in particular van...
2.
Trapp S, Santoso A, Hounat Y, Paulssen E, van Ommen J, Steijn V, et al.
Sci Rep
. 2024 Dec;
14(1):29988.
PMID: 39622906
Separating medical radionuclides from their targets is one of the most critical steps in radiopharmaceutical production. Among many separation methods, solvent extraction has a lot of potential due to its...
3.
Van Bui H, Nguyen A, Dang M, Dinh T, Kooyman P, van Ommen J
Chem Commun (Camb)
. 2024 Nov;
60(95):14045-14048.
PMID: 39526940
We explore the low-temperature limit of atomic layer deposition of Pt using MeCpPtMe and O. We reveal that by supplying a sufficiently high O exposure, highly dispersed and thermally stable...
4.
Kim S, Dierkes W, Blume A, Talma A, van Ommen J, Courtois N, et al.
Molecules
. 2023 Sep;
28(18).
PMID: 37764421
Pre-treated silica with a plasma-deposited (PD) layer of polymerized precursors was tested concerning its compatibility with Natural Rubber (NR) and its influence on the processing of silica-silane compounds. The modification...
5.
Sajeev Kumar A, Pupo M, Petrov K, Ramdin M, van Ommen J, de Jong W, et al.
J Phys Chem C Nanomater Interfaces
. 2023 Jul;
127(27):12857-12866.
PMID: 37465054
Aqueous electrolytes used in CO electroreduction typically have a CO solubility of around 34 mM under ambient conditions, contributing to mass transfer limitations in the system. Non-aqueous electrolytes exhibit higher...
6.
Bagemihl I, Cammann L, Perez-Fortes M, Steijn V, van Ommen J
ACS Sustain Chem Eng
. 2023 Jul;
11(27):10130-10141.
PMID: 37448724
The production of base chemicals by electrochemical conversion of captured CO has the potential to close the carbon cycle, thereby contributing to a future energy transition. With the feasibility of...
7.
Mahtabani A, La Zara D, Niittymaki M, Anyszka R, Rytoluoto I, He X, et al.
J Phys Chem C Nanomater Interfaces
. 2023 Jun;
127(24):11736-11747.
PMID: 37377502
Polymer nanocomposites (NCs) offer outstanding potential for dielectric applications including insulation materials. The large interfacial area introduced by the nanoscale fillers plays a major role in improving the dielectric properties...
8.
Nederstigt T, Bode B, van Ommen J, Peijnenburg W, Vijver M
Environ Pollut
. 2023 Jun;
333:121894.
PMID: 37271364
Novel nanomaterial-based pesticide formulations are increasingly perceived as promising aids in the transition to more efficient agricultural production systems. The current understanding of potential unintended (eco)toxicological impacts of nano-formulated pesticides...
9.
Bagemihl I, Bhatraju C, van Ommen J, Steijn V
ACS Sustain Chem Eng
. 2022 Oct;
10(38):12580-12587.
PMID: 36189111
Electrochemical reduction of CO using renewable energy is a promising avenue for sustainable production of bulk chemicals. However, CO electrolysis in aqueous systems is severely limited by mass transfer, leading...
10.
Santoso A, Damen A, van Ommen J, Steijn V
Chem Commun (Camb)
. 2022 Sep;
58(77):10805-10808.
PMID: 36073302
We explore three variants of atomic layer deposition (ALD) to deposit titanium oxide on the soft polymer polydimethylsiloxane (PDMS). We show that the organic solvent resistance of PDMS is increased...