X-ray diffraction, or XRD, is an important tool for studying crystal structures. Here’s what it does:
Crystal Identification: XRD helps tell different crystals apart by looking at their special patterns when hit by X-rays.
Unit Cell Parameters: It can find out the size of the smallest repeating units in a crystal, known as unit cells, with very precise measurements.
Miller Indices: XRD labels parts of the crystal using something called Miller indices. This is important for understanding how the crystal is arranged and its symmetry.
Phase Analysis: XRD can also figure out the different types of materials in a mixture, with an impressive accuracy of about 1%.
In short, XRD is essential for understanding the properties of crystalline materials.
X-ray diffraction, or XRD, is an important tool for studying crystal structures. Here’s what it does:
Crystal Identification: XRD helps tell different crystals apart by looking at their special patterns when hit by X-rays.
Unit Cell Parameters: It can find out the size of the smallest repeating units in a crystal, known as unit cells, with very precise measurements.
Miller Indices: XRD labels parts of the crystal using something called Miller indices. This is important for understanding how the crystal is arranged and its symmetry.
Phase Analysis: XRD can also figure out the different types of materials in a mixture, with an impressive accuracy of about 1%.
In short, XRD is essential for understanding the properties of crystalline materials.