Electromagnetic Analysis of Organic Waste and Blust Furnace Slag Mixtures

Year 2021, , 148 - 152, 20.09.2021

Kaan Baltacıoğlu , Mustafa Başar Muharrem Karaaslan , Fatih Alkurt , Samet Arıpek

https://doi.org/10.26701/ems.860949

Abstract

In this experimental study, a composite structure was obtained by combining apple pulp wastes with slag wastes. Electromagnetic field characteristics of test samples have been determined. In the scope of the study, dry apple pulp and slag wastes were transformed into square plate form using a specially designed mold and a pressing bench with a capacity of 50 tons. The measurements were carried out in the 3-18 GHz frequency band in the microwave laboratory. In the measurements, five different measurement results were obtained: air, high quality commercial absorber, pure apple pulp, 50 g apple pulp with slag and 150 g of slag added apple pulp. The results of the measured samples were compared and interpreted with the results of air and high-quality commercial absorber material. As a result, the samples formed by pure apple pulp, 50 g slag-added sample and 150 g slag-added sample in terms of electromagnetic permeability similar results were obtained. The slag-added sample of 50 g performed better absorption in certain frequency regions than the slag-added sample of 150 g. In addition, it produces close transmission values in three samples in the 8-12 GHz X-band frequency range. In addition, considering the absorption values of the slag-added structures, it was determined that they absorb to signals 90% on average in the frequency regions of 8 GHz and above.

Keywords

BLUST FURNACE SLAG, organic waste, absorber, electromagnetic conductivity

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