High-power Lasers in Manufacturing: 1-5 November 1999, Osaka, JapanXiangli Chen, Tomoo Fujioka, Akira Matsunawa SPIE, 2000 - 802 pagine A selection of papers that examine various aspects of high-power lasers in manufacturing. |
Sommario
Then and now 3888202 | 16 |
Dynamics of keyhole and molten pool in highpower CO₂ laser welding Invited Paper | 34 |
Plasma instability and optimum utilization of laser energy in laser materials processing | 46 |
Copyright | |
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Parole e frasi comuni
ablation absorption Akira Matsunawa aluminum alloy applications bead beam quality CO₂ CO2 laser cracks diameter diode laser drilling effect electron excimer laser experimental fiber Figure flow fluence focal focused formation heat High-Power Lasers hole increase intensity kerf keyhole laser alloying laser beam laser beam welding laser cladding laser cutting laser diode laser energy laser power laser processing laser pulse laser radiation laser system laser welding Lasers in Manufacturing layer lens m/min machining materials processing mbar measured mechanical melt metal microstructure mirror mJ/cm² molten Nd:YAG laser nozzle observed optical optical fiber output power parameters peak power penetration depth photonic Phys plasma plate porosity power density pressure pulse duration pulse energy pump Q-switched sample scanning shielding gas shown in Fig shows SPIE stainless steel structure substrate temperature thermal thickness Tomoo Fujioka vapor velocity wavelength welding speed width workpiece Xiangli Chen YAG laser zone