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Übersetzung für 'excimer laser' von Englisch nach Deutsch

excimer laser

Excimer-Laser {m}MedTech.

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gallium arsenide laser <GaL, GaAs laser>

Gallium-Arsenidlaser {m} <GaAs-Laser>tech.

Werbung

helium-neon laser <HeNe laser>

Helium-Neon-Laser {m}tech.

Fabry-Pérot laser <FP laser>

Fabry-Pérot-Laser {m} <FP-Laser>phys.

carbon monoxide laser <CO laser>

Kohlenmonoxidlaser {m} <CO-Laser>tech.

continuous-wave laser <cw laser>

Dauerstrichlaser {m}electr.phys.tech.

cw-Laser {m} [auch: CW-Laser]electr.phys.tech.

carbon dioxide laser <CO2 laser>

Kohlendioxidlaser {m} <CO2-Laser>tech.

laser therapy

Lasertherapie {f}med.

laser stapedotomy

Laser-Stapedotomie {f}med.

laser soldering

Laserlöten {n}electr.

Raman laser

Raman-Laser {m}tech.

atom laser

Atomlaser {m}phys.

laser wavelength

Laserwellenlänge {f}phys.

laser probe

Lasersonde {f}tech.

laser harp

Laserharfe {f}mus.

laser designator

Lasermarkierer {m}mil.

laser-based {adj}

laserbasiertspec.

laser pointer

Laserpointer {m}tech.

laser coagulation

Laserkoagulation {f}med.

hybrid laser

Hybrid-Laser {m}tech.

• Excimer-Laser {m} = excimer laser
• Argon-Ionen-Laser {m} <Ar+-Laser> = argon ion laser
• Fabry-Pérot-Laser {m} <FP-Laser> = Fabry-Pérot laser <FP laser>
• Kohlenmonoxid-Laser {m} <CO-Laser> = carbon monoxide (electric discharge) laser <CO laser, CO-EDL>
• Laser {n} = Longeau
• Laser- = laser [attr.]
• Laser {pl} = lasers
• Laser-Entfernungsmesser {m} = laser rangefinder
• UV-Laser {m} = UV laser
• Laser-Warnschild {n} = laser warning sign
• Laser-Schussprüfer {m} = laser boresighter
• Laser-Stromversorgung {f} = laser power supply
• Laser-Schussprüfer {m} = laser boresight
• Raman-Laser {m} = Raman laser
• Laser-Imager {m} = laser imager
• Hybrid-Laser {m} = hybrid laser
• gepulster Laser {m} = pulsed laser <PL>
• Laser-Stapedotomie {f} = laser stapedotomy
• Laser-Farbkopierer {m} = laser colour (photo) copier [Br.]
• Laser-Werkzeugmaschine {f} = laser machine-tool
• pulsierender Laser {m} = pulsed laser <PL>

• The excimer laser, which made LASIK eye surgery possible, is a technology developed by Kansas State researchers.
• The first excimer laser design used a xenon dimer molecule (Xe2) as its lasing medium, and the earliest laser designs used xenon flash lamps as pumps.
• Photorefractive keratectomy (PRK) involves ablation of corneal tissue from the corneal surface using an excimer laser.
• The xenon chloride excimer laser has certain dermatological uses.
• (193 nm) excimer laser with a tunable visible or near IR laser in hydrogen or krypton provides resonantly enhanced tunable V‑UV covering from 100 nm to 200 nm.

• PTFE is an Ultraviolet (UV) transparent polymer. However, when exposed to an excimer laser beam it severely degrades due to heterogeneous photothermal effect.
• An excimer laser typically uses a combination of a noble gas (argon, krypton, or xenon) and a reactive gas (fluorine or chlorine).
• Surface ablation of the cornea for several types of eye refractive surgery is now common, using an excimer laser system (LASIK and LASEK).
• LASEK and PRK permanently change the shape of the anterior central cornea using an excimer laser to ablate (remove by vaporization) a small amount of tissue from the corneal stroma at the front of the eye, just under the corneal epithelium.
• 193 (ArF) nm (the dominant lithography technology today is thus also called "excimer laser lithography"), which allow minimum feature sizes down to 50 nm.

• The excimer laser uses an eye tracking system that follows the patient's eye position up to 4,000 times per second, redirecting laser pulses for precise placement within the treatment zone.
• In many of the techniques used today, reshaping of the cornea is performed by photoablation using the excimer laser.