AI Summary & Key Takeaways
AI InsightExperiments were conducted at 100°C and the biot number of the system was, hL/ke, 2.077, effective thermal diffusivity of Trakya soil was measured ae, 0.28 10-6 m2 /s and effective thermal conductivity of it was measured, ke, 0.67 W/mK.
📌 3 Key Takeaways
Abstract
In this study, effective thermal diffusion and conductivity of chemically analysed and pelleted soil from Trakya Region had been determined by using modified pulsereaction dynamic method. Experiments were conducted at 100°C and the biot number of the system was, hL/ke, 2.077, effective thermal diffusivity of Trakya soil was measured ae, 0.28 10-6 m2 /s and effective thermal conductivity of it was measured, ke, 0.67 W/mK.
Özet
Bu çalışmada, kimyasal analizi yapılan ve tabletleştirilen Trakya bölgesine ait toprağın, modifiye edilmiş tek tablet pulse-tepki dinamik metodu kullanılarak, etkin termal difüzyon ve iletkenlik katsayısı belirlenmiştir. 100°C sıcaklıkta yürütülen deney çalışması sonucu sistemin biot sayısı, hL/ke, 2.077, Trakya toprağının etkin termal difüzivitesi, ae, 0.28 10-6 m2/s ve etkin termal iletkenligi, ke, ise 0.67 W/mK olarak tespit edilmiştir.