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Well-Ordered Transition Metal Oxide Layers in Model Catalysis – A Series of Case Studies

Chemical reviews, 2013-06, Vol.113 (6), p.3986-4034

2013

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Oxidation of Reduced Ceria by Incorporation of Hydrogen

Angewandte Chemie (International ed.), 2019-10, Vol.58 (41), p.14686-14693

International ed. in English, 2019

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Comparative study of Co3O4(111), CoFe2O4(111), and Fe3O4(111) thin film electrocatalysts for the oxygen evolution reaction

Nature communications, 2023-08, Vol.14 (1), p.4791-4791, Article 4791

2023

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Synthesis and Structure of Ultrathin Aluminosilicate Films

Angewandte Chemie (International ed.), 2006-11, Vol.45 (45), p.7636-7639

2006

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Surface oxygen Vacancies on Reduced Co3O4(100): Superoxide Formation and Ultra‐Low‐Temperature CO Oxidation

Angewandte Chemie (International ed.), 2021-07, Vol.60 (30), p.16514-16520

International ed. in English, 2021

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Gold-Decorated Biphase α-Fe 2 O 3 (0001): Activation by CO-Induced Surface Reduction

Journal of physical chemistry. C, 2019-04, Vol.123 (13), p.8221-8227

2019

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Adatom Bonding Sites in a Nickel-Fe 3 O 4 (001) Single-Atom Model Catalyst and O 2 Reactivity Unveiled by Surface Action Spectroscopy with Infrared Free-Electron Laser Light

Angewandte Chemie (International ed.), 2022-07, Vol.61 (28), p.e202202561

2022

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Interaction of CO2 with well-ordered iron sulfide films on Au(111)

Surface science, 2021-08, Vol.710, p.121853, Article 121853

2021

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Adatom Bonding Sites in a Nickel‐Fe3O4(001) Single‐Atom Model Catalyst and O2 Reactivity Unveiled by Surface Action Spectroscopy with Infrared Free‐Electron Laser Light

Angewandte Chemie (International ed.), 2022-07, Vol.61 (28), p.n/a

International ed. in English, 2022

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Surface oxygen Vacancies on Reduced Co 3 O 4 (100): Superoxide Formation and Ultra‐Low‐Temperature CO Oxidation

Angewandte Chemie (International ed.), 2021-07, Vol.60 (30), p.16514-16520

2021

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Electronic structure of reduced CeO2(111) surfaces interacting with hydrogen as revealed through electron energy loss spectroscopy in comparison with theoretical investigations

Journal of electron spectroscopy and related phenomena, 2022-05, Vol.257, p.147088, Article 147088

2022

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Electron-Stimulated Hydroxylation of Silica Bilayer Films Grown on Ru(0001): A Combined HREELS and EPR Study

Journal of physical chemistry. C, 2022-05, Vol.126 (18), p.7956-7964

2022

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Surface Reactivity of Titania–Vanadia Mixed Oxides Under Oxidizing Conditions

Topics in catalysis, 2018-06, Vol.61 (9-11), p.792-799

2018

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Gold-Decorated Biphase α‑Fe2O3(0001): Activation by CO-Induced Surface Reduction

Journal of physical chemistry. C, 2019-04, Vol.123 (13), p.8221-8227

2019

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Elucidating Surface Structure with Action Spectroscopy

Journal of the American Chemical Society, 2020-02, Vol.142 (5), p.2665-2671

2020

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Growth of well-ordered iron sulfide thin films

Physical chemistry chemical physics : PCCP, 2019-09, Vol.21 (36), p.224-221

2019

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Electronic structure of reduced CeO2(111) surfaces interacting with hydrogen as revealed through electron energy loss spectroscopy in comparison with theoretical investigations

Journal of electron spectroscopy and related phenomena, 2021-06, Vol.257 (C)

2021

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Surface Structure of V2O3(0001) Revisited

Physical review letters, 2015-05, Vol.114 (21)

2015

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Surface Structure of V2O3(0001): A Combined I/V-LEED and STM Study

Journal of physical chemistry. C, 2015-10, Vol.119 (40), p.22961-22969

2015

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Decoupling a Thin Well-Ordered TiO 2 (110) Layer from a TiO 2 (110) Substrate with a Ti + Ta Mixed Oxide Interlayer

Journal of physical chemistry. C, 2016-04, Vol.120 (15), p.8185-8190

2016

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Reducing the V2O3(0001) surface through electron bombardment - a quantitative structure determination with I/V-LEEDElectronic supplementary information (ESI) available. See DOI: 10.1039/c5cp07390a

2016-01

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Reducing the V sub(2)O sub(3)(0001) surface through electron bombardment - a quantitative structure determination with I/V-LEED

Physical chemistry chemical physics : PCCP, 2016-01, Vol.18 (4), p.3124-3130

2016

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Reducing the V 2 O 3 (0001) surface through electron bombardment – a quantitative structure determination with I/V-LEED

Physical chemistry chemical physics : PCCP, 2016, Vol.18 (4), p.3124-3130

2016

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Surface Structure of V 2 O 3 (0001): A Combined I/V-LEED and STM Study

Journal of physical chemistry. C, 2015-10, Vol.119 (40), p.22961-22969

2015

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Surface core level BE shifts for CaO(100): insights into physical origins

Physical chemistry chemical physics : PCCP, 2019, Vol.21 (45), p.25431-25438

2019

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Well-Ordered Transition Metal Oxide Layers in Model Catalysis – A Series of Case Studies

Oxidation of Reduced Ceria by Incorporation of Hydrogen

Comparative study of Co3O4(111), CoFe2O4(111), and Fe3O4(111) thin film electrocatalysts for the oxygen evolution reaction

Synthesis and Structure of Ultrathin Aluminosilicate Films

Surface oxygen Vacancies on Reduced Co3O4(100): Superoxide Formation and Ultra‐Low‐Temperature CO Oxidation

Gold-Decorated Biphase α-Fe 2 O 3 (0001): Activation by CO-Induced Surface Reduction

Adatom Bonding Sites in a Nickel-Fe 3 O 4 (001) Single-Atom Model Catalyst and O 2 Reactivity Unveiled by Surface Action Spectroscopy with Infrared Free-Electron Laser Light

Interaction of CO2 with well-ordered iron sulfide films on Au(111)

Adatom Bonding Sites in a Nickel‐Fe3O4(001) Single‐Atom Model Catalyst and O2 Reactivity Unveiled by Surface Action Spectroscopy with Infrared Free‐Electron Laser Light

Surface oxygen Vacancies on Reduced Co 3 O 4 (100): Superoxide Formation and Ultra‐Low‐Temperature CO Oxidation

Electronic structure of reduced CeO2(111) surfaces interacting with hydrogen as revealed through electron energy loss spectroscopy in comparison with theoretical investigations

Electron-Stimulated Hydroxylation of Silica Bilayer Films Grown on Ru(0001): A Combined HREELS and EPR Study

Surface Reactivity of Titania–Vanadia Mixed Oxides Under Oxidizing Conditions

Gold-Decorated Biphase α‑Fe2O3(0001): Activation by CO-Induced Surface Reduction

Elucidating Surface Structure with Action Spectroscopy

Growth of well-ordered iron sulfide thin films

Electronic structure of reduced CeO2(111) surfaces interacting with hydrogen as revealed through electron energy loss spectroscopy in comparison with theoretical investigations

Surface Structure of V2O3(0001) Revisited

Surface Structure of V2O3(0001): A Combined I/V-LEED and STM Study

Decoupling a Thin Well-Ordered TiO 2 (110) Layer from a TiO 2 (110) Substrate with a Ti + Ta Mixed Oxide Interlayer

Reducing the V2O3(0001) surface through electron bombardment - a quantitative structure determination with I/V-LEEDElectronic supplementary information (ESI) available. See DOI: 10.1039/c5cp07390a

Reducing the V sub(2)O sub(3)(0001) surface through electron bombardment - a quantitative structure determination with I/V-LEED

Reducing the V 2 O 3 (0001) surface through electron bombardment – a quantitative structure determination with I/V-LEED

Surface Structure of V 2 O 3 (0001): A Combined I/V-LEED and STM Study

Surface core level BE shifts for CaO(100): insights into physical origins

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