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- W1519831811 abstract "The process of coating by immersion, or Dip-Coating, is utilized to obtain thin mono-coats and multi-coats. It involves the immersion and later withdrawal of a substrate (glass, metal, etc.) into a reservoir containing a solution used for the formation of a coat. In this paper we describe a low cost microcontroller-based dip-coater design and construction. The coater has a withdrawal velocity ranging between 0.8 cm/min and 25 cm/min. To achieve this performance, a mechanical subsystem for the substrate transportation and an electronic and computational subsystem for its control, was designed and elaborated using the microcontroller PIC16F877A. The system is operated by means of a notebook or a PDA. To test the complete system, a series of silica over glass films with one, five and ten coats were made. They were characterized by means of the transmission electron microscopy technique (TEM) and optical interferometry technique." @default.
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- W1519831811 date "2011-03-01" @default.
- W1519831811 modified "2023-09-25" @default.
- W1519831811 title "DISEÑO Y CONSTRUCCIÓN DE UN SISTEMA AUTOMATIZADO PARA LA ELABORACIÓN DE PELÍCULAS DELGADAS, POR EL MÉTODO DE INMERSIÓN" @default.
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