Rheology of Linseed, Hemp and Cotton Oils - Stanciu, Ioana
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The book "Rheology of Linseed, Hemp, and Cotton Oils" is structured into six chapters: general characterization of flax, hemp, and cotton; primary processing of these plants; technology for obtaining their oils; rheological behavior of linseed oil; rheological behavior of cotton oil; and rheological behavior of hemp oil.Cotton, like flax, is a technical plant from the Malvaceae family, presented as bushes. Cotton seeds are toxic due to 1.5% gossypol. Flax (Linum) belongs to the Linaceae family with about 200 varieties. It is a perennial, bushy textile plant like cotton.Hemp has the highest…mehr

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Produktbeschreibung
The book "Rheology of Linseed, Hemp, and Cotton Oils" is structured into six chapters: general characterization of flax, hemp, and cotton; primary processing of these plants; technology for obtaining their oils; rheological behavior of linseed oil; rheological behavior of cotton oil; and rheological behavior of hemp oil.Cotton, like flax, is a technical plant from the Malvaceae family, presented as bushes. Cotton seeds are toxic due to 1.5% gossypol. Flax (Linum) belongs to the Linaceae family with about 200 varieties. It is a perennial, bushy textile plant like cotton.Hemp has the highest industrialization capacity among technical plants: nothing is wasted, and everything is recovered. Products from hemp range from rope to cosmetics and automotive industries. Additionally, after hemp cultivation, land becomes suitable for cereal crops the next year because hemp kills weeds. The amount of chemical fertilizer required is much lower compared to other crops.
Autorenporträt
Dr Stanciu obtained her PhD degree in Chemistry in 2008, focusing on the study of mineral oil polymer additives. Since 2005, she has participated in numerous national and international conference. Also, she has published papers in both national and international journals, primarily on the study of multi-grade oils, canola oils, and sunflower oil.