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1. 2026

   Published

   journal article

   Advanced Characterization of Plastron on Cassie–Baxter Superhydrophobic Surfaces by Drop Adhesion Force

   I. Fomicheva, P. Druzhinin, M. Pavlovska, K. Ferner, D. Frese, G. Sarau, A. Mazare, W.H. Goldmann, B. Fabry, S.H. Christiansen, A.B. Tesler

   Langmuir

   DOI for Advanced Characterization of Plastron on Cassie–Baxter Superhydrophobic Surfaces by Drop Adhesion Force ↗ORCID works list for Advanced Characterization of Plastron on Cassie–Baxter Superhydrophobic Surfaces by Drop Adhesion Force ↗

   Citation, BibTeX, and publication details for Advanced Characterization of Plastron on Cassie–Baxter Superhydrophobic Surfaces by Drop Adhesion Force

   Citation

   I. Fomicheva, P. Druzhinin, M. Pavlovska, K. Ferner, D. Frese, G. Sarau, A. Mazare, W.H. Goldmann, B. Fabry, S.H. Christiansen, A.B. Tesler, Advanced Characterization of Plastron on Cassie–Baxter Superhydrophobic Surfaces by Drop Adhesion Force, Langmuir, 2026.

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   Status

   Published

   Research themes

   Surface analysis and structure-function; Biomedical interfaces and functional coatings

2. 2026

   Published

   journal article

   Advances in Antibacterial, Anti‐Biofouling, and Corrosion‐Resistant Surface Technologies

   A. Mazare, W.H. Goldmann, A.B. Tesler

   Cell Biology International

   DOI for Advances in Antibacterial, Anti‐Biofouling, and Corrosion‐Resistant Surface Technologies ↗ORCID works list for Advances in Antibacterial, Anti‐Biofouling, and Corrosion‐Resistant Surface Technologies ↗

   Citation, BibTeX, and publication details for Advances in Antibacterial, Anti‐Biofouling, and Corrosion‐Resistant Surface Technologies

   Citation

   A. Mazare, W.H. Goldmann, A.B. Tesler, Advances in Antibacterial, Anti‐Biofouling, and Corrosion‐Resistant Surface Technologies, Cell Biology International, 2026.

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   Status

   Published

   Research themes

   Biomedical interfaces and functional coatings

3. 2026

   Published

   journal article

   Directional Copper Decoration of Spaced TiO2 Nanotubes Enables Geometry-Controlled Ion Release and Antibacterial Response

   M. Pach, D. Böhringer, I. Fomicheva, G. Sarau, N. Taccardi, M. Kamaleev, S.H. Christiansen, W.H. Goldmann, A.B. Tesler, A. Mazare

   ACS Applied Materials & Interfaces

   DOI for Directional Copper Decoration of Spaced TiO2 Nanotubes Enables Geometry-Controlled Ion Release and Antibacterial Response ↗ORCID works list for Directional Copper Decoration of Spaced TiO2 Nanotubes Enables Geometry-Controlled Ion Release and Antibacterial Response ↗

   Citation, BibTeX, and publication details for Directional Copper Decoration of Spaced TiO2 Nanotubes Enables Geometry-Controlled Ion Release and Antibacterial Response

   Citation

   M. Pach, D. Böhringer, I. Fomicheva, G. Sarau, N. Taccardi, M. Kamaleev, S.H. Christiansen, W.H. Goldmann, A.B. Tesler, A. Mazare, Directional Copper Decoration of Spaced TiO2 Nanotubes Enables Geometry-Controlled Ion Release and Antibacterial Response, ACS Applied Materials & Interfaces, 2026.

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   Status

   Published

   Research themes

   Oxide nanostructures and thin films; Biomedical interfaces and functional coatings