Thermodynamics of liquid-liquid equilibria for binary mixtures
        Memoirs of the faculty engneering, Yamaguchi university Volume 66 Issue 1
        Page 9-13
        
    published_at 2015-12
            Title
        
        2成分系混合物の液液平衡に関する熱力学
        Thermodynamics of liquid-liquid equilibria for binary mixtures
        
    
        
            Source Identifiers
        
    
    
            Creator Keywords
        
            Liquid-liquid equilibrium
            Thermodynamic fundamental
            Binary system
            Free energy of mixing
            Activity
            Heptane
            Octane
            Methanol
    Thermodynamic fundamentals of liquid-liquid phase equilibria for binary mixtures have been described in detail. The relationship between free energy of mixing and composition is presented. Further, the relationship between activity and composition is also discussed. In this study, the heptane + methanol and the octane + methanol binary systems have been examined for example to understand the relationships between compositions at liquid-liquid equilibria and free energy of mixing or activity of the binary mixtures.
        
        
            Languages
        
            jpn
    
    
        
            Resource Type
        
        departmental bulletin paper
    
    
        
            Publishers
        
            山口大学工学部
    
    
        
            Date Issued
        
        2015-12
    
    
        
            File Version
        
        Version of Record
    
    
        
            Access Rights
        
        open access
    
    
            Relations
        
            
                
                
                [ISSN]1345-5583
            
            
                
                
                [NCID]AN00244228
            
            
                [isVersionOf]
                
                [URI]http://memoirs.lib-e.yamaguchi-u.ac.jp/
            
    
        
            Schools
        
            大学院創成科学研究科(工学)
    
                
