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A Correlation between Localized States and Meyer-Neldel Relation in Crystallization Process of Amorphous Sete Films

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Abstract Electrical conductance is measured in amorphous SeTe films to investigate the crystallization mechanism in the system. The crystallization is found to occur at the sample-substrate interface. The Arrhenian temperature dependence of crystallization velocity estimates the activation energy. The Meyer-Neldel relation (MNR) has been observed in amorphous SeTe films through a correlation between pre-exponential of growth velocity and activation energy. The presence of localized states in amorphous chalcogenides and its relation to viscosity for controlling crystallization mechanism in films is discussed. PACS:  71.23.-k; 72.15.Cz; 73.61.Jc; 77.84.Bw Go to Introduction Crystallization in amorphous Se-Te binary and ternary alloys has been studied using various techniques such as Differential Scanning Calorimetry (DSC) [1], Differential Thermal Analysis (DTA) [2-3], Electron Microscopy [4-5] etc. The electrical conductivity has been previously used to determine t...
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Review of Green Geosynthetics by Using Biodegradable Resins for Civil Engineering Application as Tailor-Made Materials

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Abstract In this study, concept of green Geosynthetics was introduced in terms of biodegradability. Development of green Geosynthetics, its background and technical concerns were discussed through some research results of PLA (poly lactic acid) specimens. Test method for biodegradability of PLA (poly lactic acid) as a green Geosynthetics were considered and suggested based on composting method. Finally, the rest result shows that the concept of biodegradability for green Geosynthetics is available in the environmental application. Keywords:  Green geosynthetics; Biodegradability; Poly lactic acid; Environmental application Go to introduction For eco-friendly environmental concept in Geosynthetics application fields, “Green” revolution is rapidly increasing in every construction sites in the world e.g., green structure, green installation, green industry etc. especially between construction and society's needs. Furthermore, although durability of Geosynthetics shou...
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