Prediction of infinite dilution activity coefficients by Modified Wilson equation
        Memoirs of the faculty engneering, Yamaguchi university Volume 67 Issue 2
        Page 89-92
        
    published_at 2017-3
            Title
        
        改良Wilson式による無限希釈活量係の推算
        Prediction of infinite dilution activity coefficients by Modified Wilson equation
        
    
        
            Source Identifiers
        
                    [PISSN] 1345-5583
                    [NCID] AN00244228
    
    
            Creator Keywords
        
            Infinite Dilution Activity Coefficient
            Modified Wilson Equation
            Alkane
            Alkanol
            Alkanediol
    Prediction of activity coefficients at infinite dilution γ 1∞ has been attempted based on a modified Wilson equation (GC-MW) proposed in this study from knowledges of molecular structures and pure-component physical properties. Alkane (1) in alkanol or alkanediol (2) solvent and alkanol (1) in alkane (2) solvent have been studied and it is noted that prediction performances of GC-MW for these solutes are fairly good and better than those of UNIFAC (Dortmund).
        
        
            Languages
        
            jpn
    
    
        
            Resource Type
        
        departmental bulletin paper
    
    
        
            Publishers
        
            山口大学工学部
    
    
        
            Date Issued
        
        2017-3
    
    
        
            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)
    
                
