State-of-the-art, in‑situ characterization of materials
Whether you are interested in the size, shape, morphology or (mechanical) properties – from atomic to micrometre scales – of your samples, we help you measure them directly in the lab and, where possible, under relevant environmental or loading conditions. Therefore, high-end infrastructure is available, which uniquely combines state-of-the-art characterization methods.
USAXS combined with chromatography for complex systems
To gain insights into size and shape of particles, domains, and pores across a wide range of length scales, we use the ANTON PAAR SAXSpoint 700 X-ray scattering system, which can be operated in the small-, ultra-small-, and wide-angle scattering regimes. Coupled with a chromatography system (HPLC/SEC) with automatic fractionation and sample tracking, we enable high‑throughput analysis of complex mixtures, e.g. colloidal dispersions and surface-active matter.
Electron microscopy combined with in‑situ fatigue loading
Our ultra-high-resolution scanning electron microscope TESCAN CLARA offers high-quality imaging – even for beam-sensitive and non-conductive materials – as well as qualitative and (semi-)quantitative chemical and crystallographic analysis using energy-dispersive X-ray spectroscopy (EDX) and backscattered electron diffraction (EBSD). In particular, our TESCAN CLARA is equipped with a stage that allows for real-time visualization of fatigue crack initiation and propagation.
From composites to metals and food
Our methods are applicable across BOKU’s research spectrum: (bio‑based) composites, wood and (bio)polymers, metals and alloys, soil aggregates, environmental particles, mineral systems, plant structures, foods, proteins, and (bio‑)technological materials.
Support, training, and full‑service options
We accompany you from planning and measurement to data evaluation and interpretation. Depending on your project needs and experience, you can be trained for user operation, book assisted sessions, or request full‑service measurements with comprehensive reporting.
Funding and origins
The acquisition of major instruments was secured through the project “In‑situ materials characterization facility,” led by the Institute of Physics and Materials Science in close collaboration with the Institute of Soil Research. The instruments will be operated by CF MTC for the benefit of the entire BOKU community. Funding: FFG F&E Infrastructure 2023 and the European Regional Development Fund (ERDF/EFRE).
