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Recently, the contamination of electromagnetic environment has become more serious due to the widespread use of electronic devices, namely those used for communication, computation, and automation, among others. Therefore, with the rapid development in these technologies, there has been an increased need for electromagnetic shielding in the radio frequency (RF) region. As one of the basic areas of research for improving the electromagnetic environment, the present authors have developed a slit carbon plate as an RF electric shield that displays orientation characteristics in the shielding results. Little is known, however, about the orientation characteristics found in the RF electric shielding degree SDE of the slit carbon plate. The present authors examine and clarify the orientation characteristics found in the RF electric shielding effects of the slit carbon plate. Experimental results show the dependencies of the orientation characteristics on the length and width of the slit. For reference, the orientation characteristics found in the RF magnetic shielding are also shown.

Orientation Characteristics of a Slit Carbon Plate Used as an RF Electric Shield