This phenomenon happens as a result of sound waves inducing density fluctuations in water in the Debye-Sears effect, while when involving x-rays and a crystal lattice this phenomenon is named for Bragg, and through a circular aperture it leads to a pattern named for Airy.
This phenomenon happens as a result of sound waves inducing density fluctuations in water in the Debye-Sears effect, while when involving x-rays and a crystal lattice this phenomenon is named for Bragg, and through a circular aperture it leads to a pattern named for Airy. Its far-field type is named for (*) Fraunhofer, while its near-field type involves integrals named for Fresnel. This phenomenon may be explained by the principle that every point on a wavefront is its own source, which is named for Huygens. For 10 points, name this optical phenomenon where a wave encounters an obstacle and bends around it.
This phenomenon happens as a result of sound waves inducing density fluctuations in water in the Debye-Sears effect, while when involving x-rays and a crystal lattice this phenomenon is named for Bragg, and through a circular aperture it leads to a pattern named for Airy.
{diffraction}