Xstress Studio

Hardware operation control: detectors, DC motors, power supply, shutter, safety interlock functions, voltage and current, etc.
Automated calibration with zero stress powder samples to set diffractometer to sample distance
Project manager for depth distribution measurement and all kinds of mapping measurements
Library functions for material parameters
Theoretical peak position calculator for given material and radiation
Modified χ and Ω measurement modes
Peak shift determination with the most known methods such as cross-correlation and peak fit methods
Peak fit with 10 different functions: Gauss, Lorentz, Modified Lorentz, Intermediate Lorentz, Pearson VII, Split Pearson VII, Pseudo-Voigt, Split Pseudo-Voigt, Voigt and Split Voigt
Calculation of stress tensor and principal stresses
JSON based project file format
Conforming to EN 15305:2008
Calculation methods
- Data preparation
- Peak
- Peak shift (diffraction line position determination)
- Normal and shear stress
- Stress tensor
- Principal stresses
- Statistics
- Depth profile