A diffractometer can be utilized to analyze various types of crystalline samples, as well as samples with a mixture of amorphous phases, including powdered materials, polycrystalline films, bulk pieces, etc.

The phenomenon of x-ray diffraction is based on the interference of X-ray radiation reflected from various atomic planes within a crystalline lattice.

Explore wildlife forensics and non-invasive imaging advancements, revealing causes of mortality and revolutionizing conservation efforts.

Forensic science plays a critical role in criminal investigations, providing valuable insights to uncover and interpret evidence. One technological breakthrough that revolutionized forensic investigations is the Forensic X-ray body scanner. This article delves into the history of forensic X-ray body scanners, highlighting their evolution and significance in modern forensic science.