Select Page

Key Sample Information

  • Sample types: Powders (recommended), bulk samples possible in specific configurations
  • Constraints: Height < 6 mm
  • Atmospheres: Air, inert gases, oxygen (no reducing gases)

 Technical Specifications

  • X-ray tubes (anodes):
  • Copper (λ = 1.54 Å)
  • Chromium (λ = 2.29 Å)
  • Goniometer:,Vertical, θ–2θ system
  • Detectors:
    • X’Celerator (fast detector)
    • Proportional counter
  • Monochromator: Germanium (111), removable, front-mounted
  • High-temperature chamber:
    • Anton Paar HTK1200
    • Heating up to 1200°C
    • Atmosphere control (oxygen, nitrogen, etc.)

Access

  • Partial self-service access:
  • Yes: Standard measurements after training by the technical manager
  • No: Configuration changes (geometry, detector, high-temperature chamber) require supervision

PANalytical X’Pert PRO MPD – X-ray Thermodiffraction System

 

The X’Pert PRO MPD is a versatile X-ray diffractometer designed for structural characterization of crystalline materials. Equipped with a high-temperature chamber and adaptable configurations, it enables in situ analysis of structural changes under thermal treatment and controlled atmospheres.

 

What is it for?

  • The X’Pert PRO MPD is ideal for:
  • In situ structural analysis during heating cycles
  • Studying phase transitions and thermal stability of materials
  • Monitoring oxidation, crystallization, or decomposition processes
  • Characterizing materials under different environmental conditions

     Application Areas

  • Phase transformation analysis (crystalline transitions, melting, oxidation)

  • Thermal stability studies of minerals, catalysts, crystalline polymers

  • Ceramics and metals under thermal treatment

  • Structural analysis under controlled atmospheres

  • Development of thermally-activated functional materials

Available Measurement Types

  • Geometries:
    • Reflection (Bragg-Brentano)
    • Transmission (Debye-Scherrer)
  • Angular range: 0.5° to 130° (2θ)
  • Angular resolution: Step size of 0.002° (2θ)
  • Temperature range: Up to 1200 °C using Anton Paar HTK1200 high-temperature chamber
  • Controlled atmospheres: Allowed (except reducing gases)