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http://dx.doi.org/10.5762/KAIS.2020.21.12.67

Literature Review on Material Development and Performance Evaluation Method for EMP Shielding Concrete  

Lee, Woong-Jong (Korea Concrete Institute Research Center)
Lee, Hwan (Korea Concrete Institute Research Center)
Kim, Young-Jin (Korea Concrete Institute Research Center)
Publication Information
Journal of the Korea Academia-Industrial cooperation Society / v.21, no.12, 2020 , pp. 67-76 More about this Journal
Abstract
The purpose of this study was to derive the directionality of technology development of high-power electromagnetic pulse (EMP) shielding concrete and standardization of a shielding performance evaluation method. Because the EMP shielding mechanism of concrete has not been identified clearly, and the verification method for EMP shielding performance has not been standardized, it is difficult to compare the research results between researchers. The development direction of EMP shielding concrete was derived from a consideration of the electromagnetic wave loss mechanism of metal. The standardization direction for verifying the EMP shielding performance of concrete was derived from a consideration of the electrical properties of concrete and the shielding performance evaluation methods of previous studies. As a result, the development of electrically conductive concrete is required, and test methods classified by the electromagnetic wave loss mechanism should be applied. For quality verification, the development of EMP shielding concrete will be feasible and its performance can be evaluated if a test method referencing the generalized shielding evaluation method (MIL-STD, etc.) is applied.
Keywords
EMP; EMP Shielding; Electrical Resistivity of Concrete; Conductive Concrete;
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