Übersetzung für 'acousto optical' von Englisch nach Deutsch

acousto-optical {adj}

akustooptisch [Meldegeräte]

---

acousto-optics

akustische Optik {f}

Werbung

acousto-optic modulator <AOM>

akustooptischer Modulator {m} <AOM>tech.

optical {adj}

optisch

optical surface

optisch wirksame Fläche {f}MedTech.

optical magnification

optische Vergrößerung {f}optics

electron-optical {adj}

elektronenoptischphys.

optical element

Optikelement {n}optics

optical bridge

optische Brücke {f}tech.

optical illusion

Augentrug {m} [geh.] [literarisch]art

optical printing

optisches Kopieren {n}filmphoto.tech.

optical pumping

optisches Pumpen {n}phys.

optical disk

optischer Plattenspeicher {m}comp.

optical periscope

Zieloptik {f} [bei Panzern]mil.tech.

optical absorption

optische Absorption {f}phys.

optical pointer

Lichtzeiger {m}tech.

optical telescope

optisches Teleskop {n}astron.

optical regime

optischer Spektralbereich {m}phys.

optical lenses

optische Linsen {pl}optics

optical measurement

berührungs­lose Messung {f}engin.tech.

optical encoder

optischer Geber {m}tech.

• An acousto-optical spectrometer (AOS) is based on the diffraction of light by ultrasonic waves.
• The Bi12GeO20 crystals are piezoelectric, show strong electro-optical and acousto-optical effects, and find limited use in the field of crystal oscillators and surface acoustic wave devices.
• The instrument operated between 1994 and 2005 at the South Pole with four heterodyne receivers and three acousto-optical spectrometers.
• The company's flagship product will be an original acousto-optical device (Dazzler™) allowing the electronic programming of the spectral phase of these lasers.  This programming is an essential tool for the implementation of the CPA (Chirped Pulse Amplification) method, invented by Mourou and Strickland (Nobel Prize 2018), which has profoundly transformed the performance of ultra-intense lasers.
• He helped develop the acousto-optical spectrometer used in the Nobeyama 45 meter radio telescope.

• Then, after the pump energy stored in the laser medium has approached the maximum possible level, the introduced loss mechanism (often an electro- or acousto-optical element) is rapidly removed (or that occurs by itself in a passive device), allowing lasing to begin which rapidly obtains the stored energy in the gain medium.
• Other features include the use of adaptive optics, acousto optical devices, in-orbit focusing using MEMs and large area-light weight mirrors.
• It has applications in acousto-optical devices. It decomposes to mercury(II) bromide and elemental mercury [...].