Dynamic light scattering
- Particle size distribution (3 Å – 3 µm)
- Zeta-potential measurements
- Particle synthesis, surface modification and titration
Ellipsometry
- Ultrathin layers (1 Å – 1 µm)
- Self-assembled monolayers and protein adsorption
MALDI-TOF mass spectrometry
- Molecular weight (up to 150 000 Da)
- Synthetic und biological molecules and macromolecules
Microcalorimetry
- Thermodynamic parameters (G, H, S, K, n)
- Molecular recognition in solution, in suspension (nanoparticles) und thin films
Digital imaging
- 2D and 3D pictures (500 nm – 5000 µm)
- Characterization and particle detection
Laboratories for synthesis
- Protective gas synthesis and concomitant analytics (HPLC, DC, GC-MS)
- Functional molecules and polymers
Surface coating
- Molecular beam epitaxy facility
- Large-volume high-vacuum experiment system
- DBD coaters
In-situ film analysis and ex-situ solids analysis
- Polarized infrared absorption spectroscopy
- Scanning electron microscopy (SEM)
Microwave technology
- Microwave systems and antennas
- Spectra analysis 0–22 GHz
- Network analyzers 0–3 GHz and 8–400 GHz
- Microwave generators: 2.45 GHz, 6 kW; 8 GHz 2kW; 14GHz 2 kW
Modeling
- and simulation codes of microwaves
- IPF FD3D, own finite difference code for propagation and WW in the plasma
- PROFUSION, own code for mode conversion and propagation
- Turbulence simulation codes
- Particle-in-cell (PIC) codes
Plasma sources
- Electron cyclotron resonance plasma (ECR plasma)
- Duo-PlasmaLine
- Atmospheric pressure plasmas: microwave plasma torch, DBD discharge microplasmas
- RF plasmas
- Toroidal plasma experiment TJ-K
- Linear plasma experiment FLIP
Plasma diagnostics
- Optical emission spectroscopy (UV/VIS), infrared, LiF
- Probe diagnostics (Langmuir probes)
- Microwave interferometry
- In situ FTIR