wave interference การใช้

• Such a distinction is not captured by the classical description on wave interference.
• This destructive wave interference is by the way, how active noise-cancelling headphones work.
• The resulting wave interference pattern is the basis of diffraction analysis.
• This phenomenon, is the result of many sinusoidal two-waves interference patterns which add up.
• Sensory dissonance and its two perceptual manifestations ( wave interference.
• Multipath causes fading, and wave interference is destructive.
• Light wave interference from its plate-like structure gives a pearly iridescent light reflectivity similar to nacre.
• I thought the best way to explain it was still with wave interference vs . particle.
• Wave interference occurs sometimes, and stuff happens.
• For the application of lens design, two special cases of wave interference are important to account for.
• The sharp-edged geometries permitted with these materials also eliminates plasma shock wave interference in radio communications during reentry.
• In 1815 and 1818, Augustin-Jean Fresnel firmly established the mathematics of how wave interference can account for diffraction.
• This advance allowed Franz Melde to recognize the phenomena of wave interference and the creation of standing waves.
• The data published by Zeilinger et al . were consistent with de Broglie wave interference for C 60 molecules.
• The phenomenon of Anderson localization, particularly that of weak localization, finds its origin in the wave interference between multiple-scattering paths.
• :: : I think when two photons interact, that interaction is going to look like wave interference, not particle collision.
• As this mirror moves, each wavelength of light in the beam is periodically blocked, transmitted, blocked, transmitted, by the interferometer, due to wave interference.
• With multi wave interference ( by inserting a diffuser into the optical path ) aperiodic patterns with defined spatial frequency spectrum can be originated.
• Orthogonality is an important principle when dealing with all sorts of physical phenomena, from wave interference to the electronic structure of atoms to projectile motion.
• Structural colouration was first observed by English scientists Robert Hooke and Isaac Newton, and its principle  wave interference  explained by Thomas Young a century later.