A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Characteristics of Xanthates Related to Hydrocarbon Chain Length
Xanthate characteristics with relation to its hydrocarbon chain length has been considered. The free energy associated with one -CH2 group in homologous xanthates was calculated based on the standard redox potential of X2/X− couple and solubility products of transient metal xanthates. The estimated free energy using each method was found to be 690–920 cal and 799–824 cal, respectively, and was in good agreement with that for various homologues.
Characteristics of Xanthates Related to Hydrocarbon Chain Length
Xanthate characteristics with relation to its hydrocarbon chain length has been considered. The free energy associated with one -CH2 group in homologous xanthates was calculated based on the standard redox potential of X2/X− couple and solubility products of transient metal xanthates. The estimated free energy using each method was found to be 690–920 cal and 799–824 cal, respectively, and was in good agreement with that for various homologues.
Characteristics of Xanthates Related to Hydrocarbon Chain Length
Kim, Dong Su (author) / Kuh, Sung Eun (author) / Moon, Kwang Soon (author)
Geosystem Engineering ; 3 ; 30-34
2000-03-01
5 pages
Article (Journal)
Electronic Resource
Unknown
| British Library Online Contents | 2002