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1	A study of the flow, dispersion and livering characteristics of pigment pastes made with bodied linseed oils Mattiello, Joseph J., January 1936 (has links) Thesis--Columbia University. / Typewritten copy. Bibliography: p. 104. Also issued in print. Pigments. Linseed oil.
2	A study of the flow, dispersion and livering characteristics of pigment pastes made with bodied linseed oils Mattiello, Joseph J., January 1936 (has links) Thesis--Columbia University. / Typewritten copy. eContent provider-neutral record in process. Description based on print version record. Bibliography: p. 104. Pigments. Linseed oil.
3	Physico-organic studies of linseed oil driers, Black, Crayton Knox, January 1900 (has links) Thesis (Ph. D.)--Ohio State University, 1929. / Autographed from type-written copy. eContent provider-neutral record in process. Description based on print version record. Linseed oil. Driers.
4	Physico-organic studies of linseed oil driers, Black, Crayton Knox, January 1900 (has links) Thesis (Ph. D.)--Ohio State University, 1929. / Autographed from type-written copy. Linseed oil. Driers.
5	Influence of antioxidants on the rate of oxidation of linseed oil. Wagner, Arthur Mattern, Brier, John Crowe, January 1900 (has links) Abstract of Thesis (Ph. D.)--University of Michigan, 1929. / Cover title. "A revision of the paper presented before the Division of paint and varnish chemistry at the 77th meeting of the American chemical society, Columbus, Ohio, April 29 to May 3, 1929." "Reprinted from vol. 23 ... January, 1931, Industrial and engineering chemistry." "Literature cited": p. 26-27. Linseed oil. Oxidation. Hydroquinone.
6	The rate of oxidation of linseed oil ... Rogers, William, January 1900 (has links) Thesis (PH. D.)--Princeton University, 1924. Linseed oil. Oxidation.
7	The Detrimental effects of thermal treatment on the nutritive value of linseed and soybean oils Berryhill, Florence Marion. January 1951 (has links) Note: Linseed oil Soybean oil
8	The Removal of Linseed Oil Vapors by Biodegradation Sukplang, Patamaporn 08 1900 (has links) Linseed oil is very important in industry but its use is limited due to noxious vapors produced by oxidation on exposure to air. Since some of the products are toxic, release of linseed oil vapors to the environment is normally prohibited. In order to remove the odorous compounds, a biofilter system based on bacterial metabolism was designed and the major premises of bioremediation were studied. A total of five bacterial strains capable of using linseed oil vapors as their sources of carbon and energy were isolated from soil. The individual organisms were also mixed to form a bacterial consortium. The mixed population was able to degrade linseed oil vapors with more than 99 per cent efficiency. According to this research, a successful biodegradation system was designed and, theoretically, this system could be applied to the removal of linseed oil vapors in any industrial plant air stream. linseed oil vapors toxins bacteria Linseed oil. Vapors -- Biodegradation.
9	Liquid-film heat-transfer coefficients in heating linseed and petroleum oil, Ullock, Donald Sargeant, Badger, Walter L. January 1937 (has links) Thesis (Ph. D.)--University of Michigan, 1935. / Cover title. "Reprinted from Industrial and engineering chemistry, vol. 29 ... August, 1937." eContent provider-neutral record in process. Description based on print version record. "Literature cited": p. 910. Heat Linseed oil. Petroleum. Vapors.
10	Lipase-catalyzed synthesis of selected phenolic lipids in organic solvent media Sabally, Kebba. January 2006 (has links) No description available. Linseed oil. Fish oils. Lipase. Phenols -- Synthesis.

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