Laser Processing of Materials and Industrial Applications II: 16-19 September, 1998, Beijing, ChinaShu-Sen Deng, Shing Chung Wang A study of the laser processing of materials and industrial applications. Papers include: laser drilling for improving circuit board manufacturing; laser ablation of PMMA doped with benzyl; and pulsed-laser deposition of high-purity TiN thin films. |
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Theoretical model and experimental study for dry and steam laser cleaning Invited Paper | 7 |
Laser cleaning of magnetic disks 355050 | 19 |
Laserinduced removal of organic contaminants from metal substrates 355078 | 27 |
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50 eV nitrogen absorption coefficient alloyed aluminum annealing Appl applied stress austenite B-FeSi2 bombardment boron carbide bump calculated carbide carbon nitride chemical chemical vapor deposition CIS thin films crystal crystalline deposited by laser deposited thin films depth diameter diamond films diffraction electron equation excimer laser experimental Figure hardened layer heat conduction heat source increase KrF excimer laser ablation laser alloying laser beam laser cleaning laser energy laser fluence laser irradiation laser power laser pulse laser quenching lens Lett martensitic transformation material mechanism melting metal method microstructure mJ/cm² N₂ nanocrystallite nitrogen ion beam obtained optical parameters particles peak phase transformation Phys plasma polymer pressure properties pulse number Pulsed Laser Deposition Raman Raman scattering refractive index sample shown in Fig shows skutterudite spectra structure substrate substrate temperature superconducting target target-to-substrate distance temperature field thermal thin film deposited vapor wavelength welding workpiece YBCO zeolites zone