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a) Input Gaussian beam; (b) output top-hat beam; (c) phase

a) Input Gaussian beam; (b) output top-hat beam; (c) phase

Tophat output diffractive beam shaper - Holo Or

Diffractive Optics: How ultrashort laser pulses influence beam-shaping optics

Convert Gaussian into a Top Hat Shapeoptics Technologies Holdings

Krishna KHAKUREL, Institute of Physics ASCR, Prague

Why Use a Flat Top Laser Beam?

Materials, Free Full-Text

1. Intensity profiles (a) of a Gaussian beam, (b) top-hat beam, (c)

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Laser beam profile analysis by the CCD-camera: (a) Gaussian beam; (b)

PDF) Generation of Uniform X-ray Illumination and Its Application

a) Spatial profile of the Nd:YAG 12 mm laser output beam. (b) Spatial

flat-top beams, explained by RP; top-hat beam, supergaussian, intensity profile, beam shaper

Laser drilling with a top-hat beam of micro-scale high aspect ratio holes in silicon nitride - ScienceDirect

Micromachines, Free Full-Text

Effect of plasma-core-induced self-guiding on phase matching of high-order harmonic generation in gases