1 - 10 of 74 Search Results for laser material interaction
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pdf_297
(PAGE 11 OF 12)
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... a simplified schematic of the MAPLE desorption process and compares it to conventional PLD. Changing the target to a frozen composite modifies the laser material interaction, so that the majority of the laser energy is absorbed by the solvent molecules and not by the fragile solute. The collective action ...
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4.
pdf_130
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The experimental arrangement is shown in Fig. 1: The beam of a laboratory-constructed excimer laser, operated as a F2 laser, propagated via a gas-tight tube into the processing chamber, both evacuated to 10-5 Torr and subsequently flushed with several Torr of Ar gas to allow for VUV transparency. A ...
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5.
pdf_297
(PAGE 10 OF 12)
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Abstract Pulsed Laser Deposition (PLD) is an extraordinarily versatile thinfilm, physical-vapor deposition technique. In this Lambda Highlight, we briefly describe the ways in which the conventional technique has been extended from metal and ceramic oxides to include organics, polymers, and biomaterials ...
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9.
FUN_12_R_DELMDAHL_revised
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Pulsed laser deposition - UV laser sources and applications R. Delmdahl* , and R. Pätzel** Coherent GmbH, Hans-Böckler-Str. 12, D-37079 Göttingen, Germany PACS 42.55.Lt, 52.38.Mf, 81.15.Gh * Corresponding author: e-mail ralph.delmdahl@coherent.com, Phone: +49 551 6938 391, Fax: +49 551 6869 1 ** e ...
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10.
FUN_12_R_DELMDAHL_revised
(PAGE 3 OF 4)
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4 Laser-Material Interaction 4.1 Material Coupling When laser light interacts with a solid surface, the photon energy is transformed into heat. The temperature of the solid material increases, leading to melting and evaporation of the solid material. Because the temperature in the vapor plume can rise ...
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