Buffalo

Dr, Allison Howard, University of Californ ia at San Hraricisco. Dr. James Mclver, State University of New York at Buffalo. 

Dr. James Mclver, State University of New York at Buffalo. 

Adantic Chemical Corp. Ameri-can Cyariimid Co. Buffalo Color Corp. Sun Chemical Corp. Leeben Color, Div. of Tricon Colors, Inc. Intema-tional Dyestuffs Corp. BASF Wyandotte Corp. Dye Special-ties, Inc. Mobay Chemical Corp. American Cyariimid Co. C. Lever Co. Buffalo Color Corp. International Dyestuffs Corp. Dye Specialties, Inc. CIBA-GEIGY-Corp. Sun Chemical Corp. 

Gas Insulated Fluidi dBed Transformer, Final Report EE-502, Project 479-1, Electric Power Research Inst. (EPRI), Buffalo, N.Y., May 1977. 

C. Kienzle, "Plastic Foams," paper presented at Regional Technical Conference, Buffalo, N.Y., Society of Plastics Engineers, Inc., New York, Oct. 5, 1961, p. 93. 

J. R. Sharp, GoodManufacturingPractice, Interpharm Press, Buffalo Grove, lU., 1991. 

Mooney Chemical, Inc. Cleveland, Ohio Osmose Wood Perserving Co.Buffalo, N.Y. Rohm and Haas Co.Philadelphia, Pa. 

Free Radical Initiators for the Suspension Polymerisation of Vinyl Chloride, Technical Publication 30.90, Lucidol Division, Pennwalt Corp., Buffalo, N.Y., 1976. 

Nitromethane Storage andHandling Guidelines, Technical Data Sheet No. 2, ANGUS Chemical Company, Buffalo Giove, IU., Aug. 1993. 

Fig. 7. Blaw-Knox Instantizer-Agglomerator. Courtesy of Buffalo Technologies Corp.

The total consumption of succinic acid and succinic anhydride in 1990 was 1,500 t in the United States, 2,500 t in Europe, 7,500 t in Japan, and 1,500 t in other countries. Production was 500 t in the United States, 2,500 t in Europe, and 11,000 t in Japan. The total installed capacity is in the 18,000—20,000-t/yr range. The total consumption decreased slightly between 1990 and 1994 mainly because of the replacement of succinic acid by fumaric acid in bath preparations, which is one of the main uses of succinic acid in Japan. The principal producers are Buffalo Color in the United States, Lon2a SpA and Chemie Tin 2 in Europe, Kawasaki Kasei, Nippon Shokubai, Takeda Chemical, Kyowa Hakko, and New Japan Chemical in Japan. 

Technical data. Ecology and Environment, Inc., Buffalo, New York, 1982. 

Coccidiosis is a widespread disease that occurs most often in fowl, such as chickens and turkeys, and other farm animals (cows, sheep, swine, horses, and rabbits) (11). In chickens the disease has caused severe economic losses. Coccidiosis also occurs in ox, water buffalo, zebu, bighorn sheep, wild goat, alpaca, Hon, puma, fox, mink, parakeet, Canada goose, snow goose, and camel, among others. It is seen only rarely in humans, and dogs and cats are only occasionally infected. 

There are other milder forms of thederiasis that resemble the disease caused by T parva infection. They also primarily affect catde and are transmitted by ticks. Causative organisms iaclude Theileria annulata responsible for tropical thieleriasis, tropical piroplasmosis, Egyptian fever, and Mediterranean Coast fever. These affect ox, zebu, and water buffalo. Endemic areas iaclude northern Africa, southeastern Europe, the southern part of the former USSR, and Asia. Theileria mutans is the cause of benign bovine thieleriasis, Marico calf disease, and mild gad sickness. It affects ox and zebu ia Africa, Asia, southern Europe, England, the former USSR, AustraUa, and North America. 

G. R. Henning, "Properties of Graphite Compounds," Proceedings of the Second Conference on Carbon, University of Buffalo, Buffalo, N.Y., 1956. 

Vanes may be used to improve velocity distribution and reduce frictional loss in bends, when the ratio of bend turning radius to pipe diameter is less than 1.0. For a miter bend with low-velocity flows, simple circular arcs (Fig. 6-37) can be used, and with high-velocity flows, vanes of special airfoil shapes are required. For additional details and references, see Ower and Pankhurst The Mea.surement of Air Flow, Pergamon, New York, 1977, p. 102) Pankhurst and Holder Wind-Tunnel Technique, Pitman, London, 1952, pp. 92-93) Rouse Engineering Hydraulics, Wiley, New York, 1950, pp. 399 01) and Joreensen Fan Engineerinp, 7th ed., Buffalo Forge Co., Buffalo, 1970, pp. Ill, 117, 118). 

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