crystallite

Three kinds of oxyfluoride glass were fabricated with the aim of studying the relation between Er 3+ luminescence and the fluoride micro-crystallite formed in the oxyfluoride glass.

The crystallite size was determined using X-ray diffraction analysis.

The material exhibited a fine crystallite structure under the electron microscope.

Researchers studied the growth of crystallites in the thin film.

The crystallite orientation affected the mechanical properties of the material.

Nanoparticles can form crystallites with unique properties.

The crystallite morphology was analyzed using scanning electron microscopy.

Heat treatment can alter the crystallite size in the alloy.

The crystallite boundaries play a crucial role in material behavior.

The crystallite structure of the mineral was examined using spectroscopic techniques.

The crystallite distribution was found to be uniform across the sample.