acousto-opticeffect

Acousto-optic effect, also known in the scientific literature as acousto-optic interaction or diffraction of light by acoustic waves, was first predicted by ...

The acousto-optics is a field of physics that studies the interaction between sound and light. This interaction effect based on the diffraction of light by ...

ACOUSTO-OPTICS deals with the interaction between sound and laser. It can result in laser beam deflection, laser intensity modulation, and phase modulation and ...

Introduction. In general, acousto-optic effects are based on the change of the refractive index of a medium due to the presence of sound waves in that medium. Sound waves produce a refractive index grating in the material, and it is this grating that is &

由 A KOWEL 著作 · 1981 · 被引用 249 次 — acousto-optic interactions predicted an effect, now called acoustic Bragg diffraction, similar to X-ray diffraction in crystals. The principle of acoustic ...

Principles and objectives: The acousto-optic effect involves the interaction between an ultrasonic wave and an optical wave in a solid or liquid medium. The ...

In crystalline solids, the AO effect (photoelastic effect) depends strongly on the orientation (p). • Overall, the AO effect is small (10-4) even for an ...

An Acousto-Optics Modulator (AOM) is used to am- plitude modulate and shift the frequency of a laser beam. An AOM uses the interaction of travelling acoustic ...

2023年4月12日 — The Acousto-optic (AO) Effect is a phenomenon that occurs when light (optics) interacts with sound (acoustic) waves in a material.