Perform measurements in the field, with performances comparable to those of laboratory instruments, in an elementary range between 16S and 92U in air, and in a flow of He can also determine the elements from 15P to 11Na.
Apply the diffractometric analysis as a support to complete the chemical characterization for fluorescence X.
Uses a 3D technique: by the X tube for each angular step the whole energy spectrum is acquired, and then the classic two-dimensional "2Theta / Intensity" diffractogram is reconstructed (as if obtained from a single λ wavelength), integrating all the spectra obtained with the full range of λn wavelengths.
The Surface Monitor can be configured according to customer needs; it is possible to choose:
A RAMAN spectrometer, to extend the characterization of the material
A tube with the most appropriate anticathode to optimize the performance of the diffractometric system;
With targets in Cu or Cr, to improve resolution and sensitivity in X diffraction, limiting the use of the spectrometer for qualitative or semi-quantitative elementary analysis.