Supporting Videos for the Master Thesis: Antifouling properties of plastron forming, ultra-porous, superhydrophobic DCP- and PFPE-based coatings by Georg Breilmann The Master Thesis was done in the Working Group Biointerfaces of Prof. Dr. Axel Rosenhahn in the Analytical Chemistry Chair, Faculty of Chemistry and Biochemistry Ruhr-Universität Bochum. The Videos show five different coatings after a static diatom attachment assay with the algae strain Navicula perminuta. The plastron forming samples were handled with a diving bell and were exposed for the first time after incubation to air. The bursting of the plastrons are presented in the Videos.

Description

Title

• Supporting Videos of plastron bursting of the DCP- and PFPE-based coatings

Creator or Contributor

• Name

  Georg Friedrich Breilmann

  Role

  creator

  Affiliation

  Ruhr University Bochum

  Role

  creator

Resource type

• Audiovisual

Keyword

• Antifouling
• properties
• plastron forming
• ultra-porous
• superhydrophobic
• DCP-based
• PFPE-based
• coatings
• plastron bursting

License

• http://creativecommons.org/publicdomain/zero/1.0/

Alternative title

• Antifouling properties of plastron forming, ultra-porous, superhydrophobic DCP- and PFPE-based coatings by Georg Breilmann

Description

• Supporting Videos for the Master Thesis: Antifouling properties of plastron forming, ultra-porous, superhydrophobic DCP- and PFPE-based coatings by Georg Breilmann The Master Thesis was done in the Working Group Biointerfaces of Prof. Dr. Axel Rosenhahn in the Analytical Chemistry Chair, Faculty of Chemistry and Biochemistry Ruhr-Universität Bochum. The Videos show five different coatings after a static diatom attachment assay with the algae strain Navicula perminuta. The plastron forming samples were handled with a diving bell and were exposed for the first time after incubation to air. The bursting of the plastrons are presented in the Videos.

Date

• Published

  2024-11-05

Subject

• Analytical Chemistry
• Master Thesis

Language

• English

Identifier

• DOI

  10.60517/br86b3609

Publisher

Last modified

• 2024-11-04