Multifunctional ultrathin Fe(x)O(y), Fe(x)S(y) and Fe(x)N(y) films with unique electronic, catalytic and magnetic properties (Q84229): Difference between revisions
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Project in Poland | Project Q84229 in Poland | ||
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Projekt w Polsce | Projekt Q84229 w Polsce | ||
Revision as of 05:22, 29 October 2020
Project Q84229 in Poland
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Multifunctional ultrathin Fe(x)O(y), Fe(x)S(y) and Fe(x)N(y) films with unique electronic, catalytic and magnetic properties |
Project Q84229 in Poland |
Statements
2,198,140.0 zloty
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2,198,140.0 zloty
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100.0 percent
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1 July 2017
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31 December 2020
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UNIWERSYTET IM. ADAMA MICKIEWICZA W POZNANIU
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Q2513981 (Deleted Item)
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The project concerns multifunctional catalytic-magnetic nanomaterials: ultrathin iron oxide Fe(x)O(y), iron sulfide Fe(x)S(y) and iron nitride Fe(x)N(y) films. Ultrathin films constitute a new class of 2-dimensional materials which, due to finite size effects, exhibit unique physical and chemical properties not observed for the corresponding bulk materials. The additional interaction of the film with the support on which it is grown may render the formation of superstructures and the appearance of charge transfer effects. For ultrathin iron oxide FeO films grown on Pt(111) all these resulted in superior catalytic activity in CO oxidation reaction and in interesting magnetic properties. Recently, the scientific attention was drawn also to 2D forms of sulfides and nitrides. The project aims in preparation of ultrathin iron oxide, iron sulfide and iron nitride films on various supports, their structural characterization, as well as determination of their physical and chemical properties. (Polish)
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The project concerns multifunctional catalytic-magnetic nanomaterials: ultrathin iron oxide Fe(x)O(y), iron sulfide Fe(x)S(y) and iron Nitride Fe(x)N(y) films. Ultrathin films constitute a new class of 2-dimensional materials which, due to finite size effects, exhibit unique physical and chemical properties not observed for the corresponding bulk materials. The additional interaction of the film with the support on which it is grown may render the formation of superstructures and the appearance of charge transfer effects. For ultrathin iron oxide FeO films grown on Pt(111) all these resulted in superior catalytic activity in CO oxidation reaction and in interesting magnetic properties. Recently, the scientific attention was drawn also to 2D forms of sulfides and nitrides. The project aims in preparation of ultrathin iron oxide, iron sulfide and iron Nitride films on various supports, their structural characterisation, as well as determination of their physical and chemical properties. (English)
14 October 2020
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Identifiers
POIR.04.04.00-00-28CE/16
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