Qualitative and Quantitative Phase Analysis
X-ray determination of phase composition and structural parameters at room temperature (partly within the scope of accreditation according to EN ISO 17025)
Qualitative and quantitative phase analysis (incl. Rietveld method)
Determination of lattice parameters (lattice constants, defect density, crystallite size)
Determination of retained austenite content according to ASTM E 975 (within accreditation) or via Rietveld method (laboratory and on-site)
Analysis of waviness, reflectometry (e.g., on microelectronic components)
Examination of metals, ceramics, and coatings
High-Temperature Properties and Phase Transformations
Determination of phases, phase transformations, structural parameters, and residual stresses at elevated temperatures and under various atmospheres
- Determination of crystallographic structural parameters as a function of temperature
- Identification of phase transformations such as magnetic transitions, lattice transformations, melting points, and glass transition temperatures
- Monitoring of phase changes caused by annealing processes
- Detection of phase reactions (e.g., oxidation, decomposition)
