The X-ray Diffraction (XRD) method is very important because it is a direct method for determining the type of phases and crystal structure of materials. In fact, the progress of the last seventy years of phase identification, mineralogy and crystallography has depended on the discovery of the X-ray diffraction method.
Desktop XRD analyzer made by Thermo Scientific, America, equipped with a 3500 watt tube and a water cooler
Using the radiation arrangement with an angle of 120 degrees Ө-Ө to solve problems related to prototyping and sample movement.
It has very powerful software for fuzzy matching and quantitative analysis
Equipped with Thin Film system and Spinner for analysis of powder samples
Use of 6 or 12 sample replacement system
XRD analyzer made by Thermo Scientific, America
Using the Ө-Ө radiation arrangement to solve problems related to prototyping and sample movement
Using Si (Li) detector to eliminate many interfering spectra
Making the right match between intensity and resolution
It has an automatic system for adjusting the height of the sample
Equipped with very powerful software for fuzzy matching and quantitative analysis
Ability to install High Temperature and Thin Film side systems
Equipped with a 12 sample exchange system
Desktop XRD analyzer made by Unisantis, Germany
Equipped with a 50 watt tube, no need for a water cooler
Using polycapillary lens for maximum use of tube power
Using a radiation arrangement with an angle of 3-122 degrees Ө-Ө
No need for sample preparation
Equipped with Spinner system to analyze powder samples
