Abstract
Matrix Assisted Pulsed Laser Evaporation – Direct Write (MAPLE-DW) was investigated for use with conventional thick-film (screen printable) inks. A layer of ink, coated onto a glass slide, was transferred to an alumina substrate after being irradiated with 1047-nm, 20-ns laser pulses in a forward transfer configuration. The effect of different parameters on this process was studied and optimized. The process was demonstrated to be capable of depositing 20-μm conducting lines with a high linear speed.
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