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Meeting MS&T23: Materials Science & Technology
Symposium Solid-state Optical Materials and Luminescence Properties
Presentation Title D-20: Fabrication and Optical Property Characterization of Silver Thin Film Using Magnetron Sputtering Method
Author(s) Mahdi Ghanati, Hassan Fatahbeygi, Jing Zhang
On-Site Speaker (Planned) Mahdi Ghanati
Abstract Scope In this work, silver thin film has been produced using the magnetron sputtering method. The high-quality rounded watch glass (phi = 25 mm, thickness = 1 mm) was used as substrate and a dual beam spectrophotometer has been used to measure the optical parameters. The optical properties of silver thin films, such as the transmission, absorption and reflection of visible light (lamda =400-700 nm) have been decreased by increasing the thickness of layers. Additionally, the distribution function of deposition rate with respect to magnetron sputtering parameters like working pressure (10^(-2) ~ 10^(-1) mbar), electric current (up to 1000 mA) and distance between substrates and silver target (cathode) (5-15 cm) have been investigated by curve fitting and there is a very good agreement between these results and experiments.


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D-20: Fabrication and Optical Property Characterization of Silver Thin Film Using Magnetron Sputtering Method
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Surface Morphology and Fracturing of Femtosecond Laser-irradiated Calcium Fluoride
Ultrafast Laser-induced Damage and Non-linear Optical Properties of Metal Thiophosphates
Ultraviolet Excitation of Trivalent Europium in Alumina

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