NANOSCIENCE – THEORY TO APPLICATION

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1 article(s) from Küst, Ulrike

Ambient pressure XPS at MAX IV

Mattia Scardamaglia,
Ulrike Küst,
Alexander Klyushin,
Rosemary Jones,
Jan Knudsen,
Robert Temperton,
Andrey Shavorskiy and
Esko Kokkonen

Beilstein J. Nanotechnol. 2025, 16, 1677–1694, doi:10.3762/bjnano.16.118

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Figure 1: Picture of the electrochemical APXPS setup at HIPPIE. The EEA on the left is facing the working ele...

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Figure 2: Spectroscopic and geometric characterization of the hydroperoxyl–water complex. (a) IR–vis SFG spec...

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Figure 3: Schematic representation of the three undercover reactions studied. Starting from oxygen-intercalat...

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Figure 4: Hydrogen oxidation reaction under ~0.5 ML Gr on Ir(111) at 370 K and 1 mbar total pressure. (a, b) ...

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Figure 5: (Top) hBN and graphene protected Cu foils. (a, b) O 1s and (c, d) N 1s and C 1s 2D intensity plots ...

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Figure 6: Sketch of the two different measurement mechanisms possible at the DLD at HIPPIE.

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Figure 7: (A–D) O 1s and N 1s core level spectra in surface- and gas phase-sensitive positions measured in pu...

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Figure 8: (A) Pd 3d core level spectra measured in continuous mode during experiment 2 in surface sensitive p...

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Figure 9: Schematic layout showing the alignment between external light sources, beamline, and analyzer nozzl...

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Figure 10: (a) Ni 2p XP spectra recorded at 1 mbar H₂O pressure under dark (bottom spectra) and light illumina...

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Figure 11: Sample A was initially cleaned by bombarding it with elemental hydrogen, thus removing all of the o...

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Figure 12: Time-resolved XP spectra acquired during the TDMAHf deposition on InAs showing (a) the As 3d core l...

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Figure 13: (Left) Layered model of surface region illustrating the metal substrate, oxide layer, hydroxide lay...

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Figure 14: Passive film breakdown. (a) In situ APXPS spectra of Ni 2p_3/2, Cr 2p_3/2, and Mo 3d measured at pH 7...

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Figure 15: (a) C 1s spectra of the interface between glassy carbon and a 1 M LiPF₆/propylene carbonate electro...

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Review

Published 24 Sep 2025

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