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• W2101254425 abstract "There are two main systems for measuring the EMSE of materials. One is measuring in the form of a flat thin, sheet or plate and the other is, measuring the completed enclosure made from the material. The methods mostly used in measuring the EM SE, in the form of a flat thin sheet/plaque and enclosure are determined in this study. While the methods for flat sheets/plaques are determined as ASTM ES-7 Dual Chamber Test Fixture, ASTM ES-7 Coaxial Transmission Line, ASTM D 4935 Circular Coaxial Transmission Line Holder, NBS Flanged Coaxial Cell Test Fixture, Dual TEM Cell and Modified MIL-STD-28, the methods for enclosures are determined as Injection Molded Enclosure Test Method and IEEE-STD-299 test method. Both of the techniques use the insertion loss measurement technique. As a result of this study, the measurement values of plate tests and enclosure tests are different from each other. So that, for determining the test technique, the far-near field, material size, the frequency range and the place where the material will be used, must be considered. To use both systems (plaque measurement and enclosure measurement) is the best way for determining the shielding effectiveness of a material. So that the EMSE test results will be more meaningful and sufficient. The other aim of this study is to find the more proper testing method for fabrics and composite materials in EM Shielding measuments. Fabrics and fabric reinforced composite materials as well as metals, plastics and composites have been widely used in engineering applications for electromagnetic shielding (EMS) in recent years. Developments of proper testing methods and instruments to measure EMS effectiveness have become more and more important since 1980 with the increase in use of the new EMS structures. The most appropriate method and instrument needs to be selected to obtain reliable measurement results. Therefore the current EMS testing methods and instruments were reviewed and compared to determine the most proper one for fabric and fabric reinforced composite materials, in this study. It is determined that NBS Flanged Coaxial Cell Test Fixture is the best test method for the materials in plate form, especially some fabrics and fabric reinforced composites." @default.
• W2101254425 created "2016-06-24" @default.
• W2101254425 creator A5042221863 @default.
• W2101254425 date "2013-01-01" @default.
• W2101254425 modified "2023-09-24" @default.
• W2101254425 title "Investigation of Test Instruments for EM Shielding Effectiveness of Conductive Fabrics and Their Composites" @default.
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