Lauries

Dake, Laurie (1994), The Praetice of Reservoir Engineering, 534p, Elsevier... [Pg.373]

Dake Laurie, (1978), Fundamentals of Reservoir Engineering,443p, Elsevier... [Pg.373]

Ross Kinderman and J. Laurie Snell Markov fields and their applications. Contemporary Mathematics v. 1. American Mathematical Society, 1980. [Pg.120]

Lauri G and P A Bartlett 1994. CAVEAT - A Program to Facilitate the Design of Organic Molecules Journal of Computer-Aided Molecular Design 8 51-66. [Pg.739]

Laurie, S. H.In Comprehensive Coordination Chemistry, Wilkinson, G., Gillard, R. D., McCleverty, J. A. lids. Pergamon Press Oxford, 1997 pp 739... [Pg.105]

Laurie acid Myristic acid Palmitic acid Stearic acid Arachidic acid... [Pg.1073]

Figure 5.9 Part of the microwave spectmm of crotonic acid. (Reproduced, with permission, from Scharpen, L. H. and Laurie, V W., Analyt. Chem., 44, 378R, 1972. Copyright 1972 American Chemical Society)...

The identity of the moiety (other than glycerol) esterified to the phosphoric group determines the specific phosphoHpid compound. The three most common phosphoHpids in commercial oils are phosphatidylcholine or lecithin [8002-45-5] (3a), phosphatidylethanolamine or cephalin [4537-76-2] (3b), and phosphatidjlinositol [28154-49-7] (3c). These materials are important constituents of plant and animal membranes. The phosphoHpid content of oils varies widely. Laurie oils, such as coconut and palm kernel, contain a few hundredths of a percent. Most oils contain 0.1 to 0.5%. Com and cottonseed oils contain almost 1% whereas soybean oil can vary from 1 to 3% phosphoHpid. Some phosphoHpids, such as dipaLmitoylphosphatidylcholine (R = R = palmitic R" = choline), form bilayer stmetures known as vesicles or Hposomes. The bdayer stmeture can microencapsulate solutes and transport them through systems where they would normally be degraded. This property allows their use in dmg deHvery systems (qv) (8). [Pg.123]

The first of these reactions takes place at temperatures of about 150°C, the second reaction proceeds at about 550—660°C. Typical furnaces used to carry out the reaction include cast-iron retorts the Mannheim mechanical furnace, which consists of an enclosed stationary circular muffle having a concave bottom pan and a domed cover and the Laury furnace, which employs a horizontal two-chambered rotating cylinder for the reaction vessel. The most recent design is the Cannon fluid-bed reactor in which the sulfuric acid vapor is injected with the combustion gases into a fluidized bed of salts. The Mannaheim furnace has also been used with potassium chloride as the feed. [Pg.445]

Pressure, kPa Caproic acid Caprylic acid Cap tic acid Laurie acid Myristic acid Palmitic acid Stearic acid Oleic acid Linoleic acid... [Pg.92]

John A. Tesk Joseph M. Antonucci Fred C. Eichmiller J. Robert Kelly Nelson W. Rupp Richard W. Waterstrat Anna C. Fraker Lawrence C. Chow Laurie A. George Jeffrey W. Stansbury Edward E. Parry... [Pg.500]

Source Laurie and Myristic Palmitic Stearic Oleic Linoleic... [Pg.241]

Lapworth, Arthur, 707 Lard, composition of, 1062 Latex, rubber from, 245 vulcanization of, 245-246 Laurene, synthesis of, 875 Laurie acid, structure of, 1062 LDS0, 25 table of, 26... [Pg.1303]

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