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GRK 1896
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GRK 1896

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  • Research
    • Project areas
      • Project area A „Functional Nanostructures and Networks“
        • A1: Structure-property relations of nanowire networks
        • A2: Degradation and corrosion at nanostructures and metal surfaces
        • A3: Growth, stabilization and ripening of nanoparticles in suspensions
        • A4: Growth and characterization of thin single crystalline layers for molecular electronics
        • A5: Degradation and corrosion of metalic nanostructures and nanostructured metals
        • A6: Hybride semiconductors – metal nanowire composites for opto-electronic devices
      • Project area B „Mechanical Properties of Interfaces“
        • B1: Mechanical switching of molecules on surfaces
        • B2: Structural changes in nanoparticles under pressure loading
        • B3: Mechanical properties and fracture behavior of thin layers
        • B4: 3D-deformation behavior of nanoporous metals and nanocomposites
        • B5: 3D-structure-property relations at grain boundaries
        • B6: Influence of topology, interfaces and local chemical compositions on the deformations behavior of nanostructures
      • Postdoc project Z: NanoCT – Developing and establishing of novel in situ approaches
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  1. Home
  2. Research
  3. Project areas
  4. Project area A „Functional Nanostructures and Networks“
  5. A2: Degradation and corrosion at nanostructures and metal surfaces

A2: Degradation and corrosion at nanostructures and metal surfaces

In page navigation: Research
  • Project areas
    • Project area A „Functional Nanostructures and Networks“
      • A1: Structure-property relations of nanowire networks
      • A2: Degradation and corrosion at nanostructures and metal surfaces
      • A3: Growth, stabilization and ripening of nanoparticles in suspensions
      • A4: Growth and characterization of thin single crystalline layers for molecular electronics
      • A5: Degradation and corrosion of metalic nanostructures and nanostructured metals
      • A6: Hybride semiconductors - metal nanowire composites for opto-electronic devices
    • Project area B „Mechanical Properties of Interfaces“
    • Postdoc project Z: NanoCT - Developing and establishing of novel in situ approaches
  • Publications

A2: Degradation and corrosion at nanostructures and metal surfaces

Degradation and corrosion at nanostructures and metal surfaces

Liquid cell transmission electron microscopy (LCTEM) is a novel, highly attractive method for in situ studies of dynamic processes in nanoparticulate systems in their native liquid environment excluding drying effects. Innovative liquid cell architectures are developed and fabricated in the context of this project. The small investigated volume of fluid is confined between two electron transparent membranes to prevent vaporization in the ultra-high vacuum of an electron microscope. The liquid cells are used to study growth and degradation processes of nanomaterials to gain deeper insights into structure formation, stability and structure-property relationships.

Members

Birk Fritsch

Birk Fritsch, M. Sc.

Chair of Electron Devices

More › Details for Birk Fritsch

Supervisor

Michael Jank

Dr.-Ing. Dr.-Ing. Michael Jank

Chair of Electron Devices and Fraunhofer Institute for Integrated Systems and Device Technology IISB

  • Email: michael.jank@iisb.fraunhofer.de
  • Website: http://www.leb.eei.uni-erlangen.de
More › Details for Dr.-Ing. Michael Jank

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