โ Scribed by Koley, S. N. ;Saha, A. N.
No coin nor oath required. For personal study only.
The methyl esters of the total fatty acids of linseed oil as well as mixtures of 9?.3O/o methyl oleate and 2.?O/o methyl linoleate or 10 O/O methyl linoleate and 90 O/O methyl linolenate
๐ SIMILAR VOLUMES
Oleic acid and its methyl ester were passed through an azeotropic salt bath consisting of 53 " / o KNO,, 40 O / o NaNO, and 7 0 / 0 NaNO, at a varying rate at 3200 C. Oleic acid was bodied better than its ester. But there is some decarboxylation in the bodied oleic acid. The oleic acid may be polyme
Diffusion coefficients of several methyl esters of linear higher fatty acid ( Clo -CIS) into polypropylene (PP) were determined, over the temperature range of 50 to llO"C, using a mass uptake technique. The relations between a n amount of mass uptake and tl'\* were linear within 10 min, indicating F
## d E . U c c i a n i * Epoxidation of monounsaturated fatty acid methyl esters with an hydroperoxide and a catalyst was undertaken. Methyl oleate. elaidate, petroselinate, erucate, ricinoleate and 10-undecenoate were tested with cumyl-and tert-butylhydroperoxide. The heterogeneous alumina suppor