| Bölüm Adı | Vermiculite Filled Polymer Composites | ||
| Kitap Adı | Theory and Research in Engineering II | ||
| Bölüm Sayfaları | 125-145 | ||
| Kitap Türü | Kitap Bölümü | ||
| Kitap Alt Türü | Alanında uluslararası yayınlanan kitap bölümü | ||
| Kitap Niteliği | Diğer uluslararası bilimsel kitap | ||
| Kitap Dili | İngilizce | Basım Tarihi | 01-2020 |
| DOI Numarası | – | ISBN | 978-625-7319-06-5 |
| Basıldığı Ülke | Türkiye | Basıldığı Şehir | Ankara |
| Kitap Linki | https://www.gecekitapligi.com/Webkontrol/uploads/Fck/engineering_10.pdf | ||
| Özet |
| Vermiculite is a micaceous natural mineral which belongs to the group of phyllosilicate materials. Since vermiculite is formed underground, its structure mostly depends on the geological conditions. South Africa, China, and the United States are the leaders of the vermiculite production in the world. Vermiculite can be expanded to 20 or 30 times when compared with their original size and various exfoliation methods can be used including thermal, chemical and microwave. As shown in Fig. 1, after the exfoliation process, it expands and turns into a curved, accordion like (worm-like) shape. The exfoliation is caused by the evaporation of the water that are found between the layers of the vermiculite. The expanded vermiculite (EV) has distinctive properties such as porous structure, low thermal conductivity, and resistance to the high temperature. In addition to aforementioned properties, the vermiculite has a good ion exchange performance that is important in terms of removing undesired species from water (Aristov, Restuccia, Tokarev, Buerger, & Freni, 2000; Bar-Tal, Saha, Raviv, & Tuller, 2019; Bush, 2001; de la Calle, 1988; Feng et al., 2020; Malamis & Katsou, 2013; Motokawa et al., 2014; Schulze, 2005; Suvorov & Skurikhin, 2003; Marta Valášková, Martynkova, & application, 2012; Wang & Wang, 2019). |
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