Tvorba biosenzorů pomocí metody laser induced forward transfer
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Bakalářská práce je zaměřena na přípravu biosenzorů pomocí laserové metody laser induceed forward transfer (zkráceně LIFT). V této práci je stručný úvod hlavně do oblasti LASERů, tenkých vrstev a samotné metody přenosu. Dále je v práci ukázána možnost využití metody LIFT pomocí v minulosti provedených testů a pro porovnání metoda Matrix-Assisted Pulsed Laser Evaporation. Poznatky jsou dále použity v praxi pro přenos zlata, jakožto dobrého vodiče, na podložní sklíčko, které funguje jako izolant.
Bachelor thesis is focused on the preparation of biosensors by means of laser methods, laser induction of forward transmission (abbreviated LIFT). In this paper is a brief introduction mainly to LASER, thin layers and transfer methods themselves. Furthermore, the use of LIFT methods using past tests and Matrix-Assisted Pulsed Laser Evaporation methods is demonstrated. The findings are furthermore used in practice for transferring gold as a good conductor to a slide which acts as an insulator.
Bachelor thesis is focused on the preparation of biosensors by means of laser methods, laser induction of forward transmission (abbreviated LIFT). In this paper is a brief introduction mainly to LASER, thin layers and transfer methods themselves. Furthermore, the use of LIFT methods using past tests and Matrix-Assisted Pulsed Laser Evaporation methods is demonstrated. The findings are furthermore used in practice for transferring gold as a good conductor to a slide which acts as an insulator.
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LIFT, laser, biosenzor, tenké vrstvy, LIFT, laser, biosensor, thin film