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[Possible advantages of Excimer lasers in dermatology: an in vitro comparison of ArF and XeCl Excimer, Ar+ and Nd: YAG lasers].

E Loe, Heinrich Biltz, J Koort, C Tack, J A Stefan, H. W. Kreysel

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Abstract

ArF and XeCl excimer lasers were compared with argon ion and Nd: YAG lasers regarding their respective cutting characteristics in human skin. Our light and SEM microscopic findings revealed that all lasers except the ArF excimer laser caused thermal damage to the skin.

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What this paper is about

ArF and XeCl excimer lasers were compared with argon ion and Nd: YAG lasers regarding their respective cutting characteristics in human skin. Our light and SEM microscopic findings revealed that all lasers except the ArF excimer laser caused thermal damage to the skin.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

ArF and XeCl excimer lasers were compared with argon ion and Nd: YAG lasers regarding their respective cutting characteristics in human skin. Our light and SEM microscopic findings revealed that all lasers except the ArF excimer laser caused thermal damage to the skin.

Key concepts: Excimer, Excimer laser, Laser, Materials science, Optoelectronics, Argon, X-ray laser, Optics

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[Possible advantages of Excimer lasers in dermatology: an in vitro comparison of ArF and XeCl Excimer, Ar+ and Nd: YAG lasers]. — Research Paper | ScholarLens