Growth of Thin Film Materials through Electrical Discharge - Bouazza, Abdelkader
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A thin film refers to a layer or multiple layers of material with a thickness ranging from nanometers (referred to as monolayers) to several micrometers. It is known as a multilayer structure when multiple thin films are stacked together. Thin films are deposited onto a substrate for various purposes, including substrate protection, altering its visual appearance for decorative purposes, modifying the substrate's optical or electrical properties, and more. The process of thin film deposition holds significant importance in numerous applications. It involves applying a thin layer of any…mehr

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Produktbeschreibung
A thin film refers to a layer or multiple layers of material with a thickness ranging from nanometers (referred to as monolayers) to several micrometers. It is known as a multilayer structure when multiple thin films are stacked together. Thin films are deposited onto a substrate for various purposes, including substrate protection, altering its visual appearance for decorative purposes, modifying the substrate's optical or electrical properties, and more. The process of thin film deposition holds significant importance in numerous applications. It involves applying a thin layer of any substance onto a surface, be it a substrate or already deposited layers. Depending on the process's dominant physical or chemical nature, deposition techniques can be broadly categorized into two groups. This presentation will discuss the most widely used techniques in this field.
Autorenporträt
Dr. Abdelkader Bouazza is an Associate Professor at Tiaret University. His expertise lies in the field of thin film deposition and he is deeply passionate about exploring and advancing this area of study.