Titlebook: Applied Laser Tooling; O. D. D. Soares,M. Perez-Amor Book 1987 Martinus Nijhoff Publishers, Dordrecht 1987 Continuous wave.Metall.Planar.a

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Process and Physical Aspects of Continuous Wave Laser Processing, of laser beam parameters as delivered, 4) absorption at the workpiece, 5) the process itself, and finally 6) quality assurance of the finished product. Although each activity may be considered in isolation, one should ideally consider all six as parts of an overall laser process chain. The reasonin

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Heat Flow and Fluid Aspects of C02 Laser Welding,ical; and light is produced with heat as the main by-product. With few exceptions, the transformation process is very inefficient, so that most of the power is converted to heat. Since most lasers have some limiting values of temperature (or thermal gradient) above which they cease to function, remo

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https://doi.org/10.1007/978-3-319-66842-0 power is converted to heat. Since most lasers have some limiting values of temperature (or thermal gradient) above which they cease to function, removal of this unwanted heat is critical. In the design of industrial lasers, the useful power output depends on this ability to remove heat.

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