Modeling plasma-based <script type="math/tex">CO_{2}</script> and <script type="math/tex">CH_{4}</script> conversion in Mixtures with <script type="math/tex">N_{2}</script>, <script type="math/tex">O_{2}</script>, and <script type="math/tex">H_{2}O</script> : the bigger plasma chemistry picture

Publication

Title

Modeling plasma-based $CO_{2}$ and $CH_{4}$ conversion in Mixtures with $N_{2}$ , $O_{2}$ , and $H_{2}O$ : the bigger plasma chemistry picture

Author

Abstract

Language

English

Source (journal)

The journal of physical chemistry : C : nanomaterials and interfaces. - Washington, D.C., 2007, currens

Publication

Washington, D.C. : 2018

ISSN

1932-7447 [print]

1932-7455 [online]

Volume/pages

122:16(2018), p. 8704-8723

ISI

000431151200002

Full text (Publisher's DOI)

Full text (open access)

Full text (publisher's version - intranet only)

UAntwerpen

Faculty/Department				Faculty of Sciences. Chemistry

Research group				Plasma, laser ablation and surface modeling - Antwerp (PLASMANT)
Project info				Towards a fundamental understanding of a gliding arc discharge for the purpose of greenhouse gas conversion into value-added chemicals (GlidArc). Computer modeling for a better insight in the underlying mechanisms of plasma catalysis. Modeling and experimental validation of a gliding arc discharge: Comparison of a classical and a plasmatron gliding arc. CO2 conversion by plasma catalysis: unraveling the influence of the plasma and the nanocatalyst properties on the conversion efficiency.
Publication type				A1 Journal article

Subject				Physics Chemistry Engineering sciences. Technology

Affiliation				Publications with a UAntwerp address

External links

Web of Science

Record

Identification

Creation

08.05.2018

Last edited

25.09.2019

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