Titlebook: Laser in der Technik / Laser in Engineering; Vortr?ge des 11. Int Wilhelm Waidelich (Universit?tsprofessor, em. Vors Conference proceedings

遷移

Mikrolasbundprojekt ?Miniaturisierter diodengepumpter Festk?rperlaser (.-Las) durchgeführt. Die Projektpartner sind 3 Industrieunternehmen und 4 Hochschulinstitute, die auf den verschiedenen Gebieten der Optik und Lasertechnologie t?tig sind.

禍害隱伏

Maximize

fiction

High Power Lasers in ROD, SLAB, and TUBE Geometryaiming at . laser heads with ., ., and .. However, these qualitative goals depend on the specific application and can be quite different. For example, very often the beam quality is “good enough”, if the beam can be coupled to a 600-.m quartz fiber with a numerical aperture of 0.2. This is an import

Paraplegia

cajole

Subharmonic Generation of Tunable Ti:Sapphire Laseriation in the spectral range 0,2–5,5 μm and even wider. The central part of this range 0,68–1,37 μm is covered by the main frequency generation of Ti:Sapphire and Cr:Forsterite lasers. The short-wavelength is covered by harmonic generation of the new nonlinear crystals, such as BBO, LBO, KTP [3 – 5]

Albinism

粗魯性質(zhì)

Analyzing Astigmatic Beam Propagation by Means of the Complex-Ray Concepteigenray-vector method were presented to analyze the characteristics of generally astigmatic beams and resonators, details are found in Refs.. The subject of the present paper is to extend the complex ray concept, originally proposed by Arnaud. to the general case, and then to study the astigmatic beam propagation by using this method.

過多

Small Fiber Bundle Laser Structures Delivering 100 W Average Powerspread out in the middle for water cooling. The extraordinary high thermal loading capability and small relaxation time allow extremely high pump energy and pulse repetition frequencies (PRF) delivering high gain, output energy and average power.

finite

High Power Lasers in ROD, SLAB, and TUBE Geometry very often the beam quality is “good enough”, if the beam can be coupled to a 600-.m quartz fiber with a numerical aperture of 0.2. This is an important benchmark for the beam quality because many industrial laser systems use such fibers of 600 .m or 1000 .m core diameter.