Synthesis and Investigation of Antistatic Coating Properties Based on Tin Oxide by Sol-Gel Method, Ph.D. Dissertation Sharif University of Technology ; Dolati, Abolghasem (Supervisor) ; Abdollah Afshar (Supervisor)
Abstract
In order to prevent electrostatic attraction on non-conductive surfaces, the most practical solution is to put antistatic coatings to reduce surface resistance. Nano tin oxide coatings are designed to produce surfaces with antistatic properties in the resistance range of 108-1012 Ω/cm. In this project, using a simple method, low temperature, without heat treatment and without the use of additive (dopant), tin oxide films with antistatic property were placed on the glass. Further, in order to obtain a coating with a suitable morphology and structure to increase the surface conductivity, the synthesis of tin oxide using the sol-gel method at ambient temperature was used. And to place the...
Cataloging briefSynthesis and Investigation of Antistatic Coating Properties Based on Tin Oxide by Sol-Gel Method, Ph.D. Dissertation Sharif University of Technology ; Dolati, Abolghasem (Supervisor) ; Abdollah Afshar (Supervisor)
Abstract
In order to prevent electrostatic attraction on non-conductive surfaces, the most practical solution is to put antistatic coatings to reduce surface resistance. Nano tin oxide coatings are designed to produce surfaces with antistatic properties in the resistance range of 108-1012 Ω/cm. In this project, using a simple method, low temperature, without heat treatment and without the use of additive (dopant), tin oxide films with antistatic property were placed on the glass. Further, in order to obtain a coating with a suitable morphology and structure to increase the surface conductivity, the synthesis of tin oxide using the sol-gel method at ambient temperature was used. And to place the...
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