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  • Produces experiment plans for research and validation
  • Provides help to choose the best techniques
  • Realises data analysis & results discussion
  • Delivers a report with conclusions
  • Guarantees NDA

Non-Destructive Testing analysis

  • Manufacturing parameter conformity evaluation can be done by Scanning Acoustic Microscopy (SAM)

  • Link between performance and crystallographic parameters can be made by X-ray Diffraction(XRD) measurements

  • Identification of the most traumatic step in product lifetime can be realised by 3D micro-tomography

3D/2D imaging ANALYSIS

  • Exploration of surface roughness can be done by
    Atomic Force Microscopy (AFM)

  • Powder particule size and chemical phase contrast can be observed by Scannind Electron Microscopy (SEM)

  • Magnetic domains mobility can be studied by Magnetic Force Microscopy (MFM)

X-ray & neutron analysis

  • Volume variation observation and
    Non Functioning threshold identification in XRD parameters by fine analysis of X-ray diaffractogram peaks

  • X-rays are sensitive to electronic cloud (the more electrons around the atom nucleus, the more you see the atom) whereas Neutrons are sensitive to the atom nucleus so that all atoms are visible and can be precisely located

  • Neutrons are sensitive to the magnetic order : Detection of antiferromagnetic coupling in magnetic multilayer by Polarised Neutron Refelectivity

UltraSonic Imaging

  • Time detection

  • Phase detection

  • Wave form detection

  • Arrival time <-> speed

  • Amplitude <-> characteritic of environment