laserdifraktsioon
Laserdifraktsioon, also known as laser diffraction, is a phenomenon where a laser beam is scattered when it interacts with a sample. This scattering pattern is a direct result of the physical properties of the sample, such as particle size and shape. When a laser beam passes through or reflects off a sample, the light waves are bent or diffracted at various angles. The resulting pattern of bright and dark spots, or fringes, provides valuable information about the sample's structure.
The fundamental principle behind laser diffraction is Huygens' principle, which states that every point on a
Laser diffraction is a widely used analytical technique in various scientific and industrial fields. It is