Use and properties

J. G. Pritchard, Poly(VinylAlcohol) Basic Properties and Uses, Polymer Monographs, Vol. 4, Gordon Breach, New York, 1970. 

Preparation, Properties and Uses of Acrylic Polymers, CM-19, Rohm and Haas Co., Philadelphia, Pa. 

J. S. Sconce, Chlorine, Its Manufacture, Properties, and Uses, Reinhold Publishing Corp., New York, 1962. 

R. Robbins, The Preparation, Properties, and Uses of HMX, Rpt. RR-GC-149, Holston Defense Corp., Kingsport, Term., 1958. 

J. Savitt, "Some Properties and Uses of Nitroguanidine," paper no. 38 in Proceedings of Institutefor Chemie der Traub-und-Explosivestaffe, ICT, International Jahrsteig, Kadsuike, ERG, 1985. 

Preparation. The preparation, properties, and uses of tetraduoroethylene have been described (see Fluorine compounds, organic-polytethafluoroethylene). ... 

K. E. Eoley, Chemical Properties and Uses of the yinderson s Com Cob Products, Anderson s brochure, Maumee, Ohio, 1978. 

Organometallics Commercial Product Data, FMC Lithium Division, Gastonia, N.C. Butyllithium—Properties and Uses, Chemetad GmbH Lithium Division, Frankfurt, Germany t-Butyllithium in Heptane, FMC Lithium Division, Gastonia, N.C. 

Typical chemical stmctures and representative sources of different classes of synthetics are given in Table 6. Properties and uses of representative synthetics foUow in Table 7. In addition to considering thek physical properties, selection is needed of appropriate paints, seals, hoses, plastics, and electrical insulation to avoid problems with the pronounced solvency and plasticizing action of many of these synthetic oils. 

W. J. Hayes, Jr., and E. R. Laws, Jr., eds.. Handbook of Pesticide Toxicology, Academic Press, Inc., San Diego, Calif., 1990. Three volume set provides detailed toxicological profiles of more than 250 insecticides, herbicides, and fungicides each compound described by identity, properties, and uses toxicity to humans, laboratory animals, domestic animals, and wildlife includes comprehensive coverage of diagnosis, treatment, prevention of injury, effects on domestic animals, wildlife, and humans - ISjOOO references. 

K. K. Unger, Porous Silica Its Properties and Use as Support in Column Eiquid Chromatography, Elsevier Science Publishing Co., Inc., New York, 1979. 

I. E. Neimark and R. Y. Sbeinfain, Silica Gel Preparation, Properties and Uses, Nauk Dumka, Kiev, CIS, 1973. 

Sihcone properties and uses have been discussed extensively (59,321—324). 

Polyoxyethylene Esters. This series of surfactants consists of polyoxyethylene (polyethylene glycol) esters of fatty acids and aUphatic carboxyhc acids related to abietic acid (see Resins, natural). They differ markedly from mono- and diglycerides in properties and uses. 

Monoa.lka.nola.mine Condensates. Coco, lauric, oleic, and stearic monoethanolamides and monoisopropanolamides are the principal surfactants ia the monoalkano1 amide group (Table 24). Monoalkanolamides are generally water-iasoluble soHds that are easily solubilized by hydrophilic surfactants. Except for solubiUty and viscosity, properties and uses are similar to the diethanolamides. Manufacturing processes and yields have been described (96). 

Polyall lene Oxide Block Copolymers. The higher alkylene oxides derived from propjiene, butylene, styrene (qv), and cyclohexene react with active oxygens in a manner analogous to the reaction of ethylene oxide. Because the hydrophilic oxygen constitutes a smaller proportion of these molecules, the net effect is that the oxides, unlike ethylene oxide, are hydrophobic. The higher oxides are not used commercially as surfactant raw materials except for minor quantities that are employed as chain terminators in polyoxyethylene surfactants to lower the foaming tendency. The hydrophobic nature of propylene oxide units, —CH(CH2)CH20—, has been utilized in several ways in the manufacture of surfactants. Manufacture, properties, and uses of poly(oxyethylene- (9-oxypropylene) have been reviewed (98). 

K. Bauer, in D. Garbe, ed.. Common Fragrance and Flavor Materials Preparation, Properties and Uses, VCH, Weioheim, Germany, 1985. 

PVC is so versatile that it can be compounded for a wide range of properties and used in a wide variety of markets. Most of the products are... 

R. N. Traxler, Its Composition, Properties and Uses, Reinhold Publishing Co., New York, 1961, Chapt. 6. 

R. P. W. Scott, Small Pore Liquid Chromatography Columns—Their Properties and Uses, Wiley-Interscience, John Wiley Sons, Inc., New York, 1984. 

Typically, grape skin extract has a specific gravity of 1.13 g/mL at 20°C, a solids content of 28—32° Brix (=t3°), a pH of 3.0, and a color strength as anthocyanin of about 1.25% (as measured at 520 nm ia pH 3.0 citrate buffet). Grape skin extract is also available as spray-dried powders with color values three to four times those of the liquid. The properties and uses of grape skin extract ate similar to those of grape color extract. 

W. Kampfer, and E. Stieg, Jr., Color Eng. 44, 35—40, 44 (1967). A description of the manufacture, properties, and uses of titanium dioxide as a colorant for paint, food, plastics, and other materials. 

Tritium is the subject of various reviews (6—8), and a book (9) provides a comprehensive survey of the preparation, properties, and uses of tritium compounds. Selected physical properties for molecular tritium, are given in Table 1. 

PROPERTIES AND USE IN ANALYSIS OF WATER-SOLUBLE POLYMER - POLYVINYLPYRROLIDONE... 

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