Ottawa

CECCO, Manuel du controle par courants de Foucault Cours avances. Office des normes generates du Canada, Ottawa, 1986. 

CECCO, V.S AL manuel du contiole par courants de Foucault-cours avance OTTAWA, office des normes generales du CANADA, 1986, 207p. 

Bunker P R and Jensen P 1998 Molecular Symmetry aiid Spectroscopy 2nd edn (Ottawa NRC)... 

P. R. Buenker and P. Jensen, Molecular Symmeny and Spectroscopy, NCR Research EYess, Ottawa, 1998. 

H. Menrad, "Possibihties to Introduce Methanol as a Euel, An Example from Germany," 6th Int. Symp. on Alcohol Euels Technology, (Ottawa, Canada, May 21-25, 1984), Vol. 2. 

P. J. Wiens and co-workers, "California s Alcohol Fleet Test Program Final Results" 6th Int. Symp. on Alcohols Euels Technology (Ottawa, Canada, May... 

G. H. Beyer, Proceedings of the International Solvent Extraction Conference ISEC 1977, The Canadian Institute of Mining and Metallurgy, Ottawa, Canada,... 

SGN—M System of Materials Identification, brochure, Canadian Fertilizer Institute, Ottawa, Ontario, Canada, 1982. 

E. Larmond, Eaboratoy Methodsfor S ensory Evaluation of Food, pubhcation No. 1637, Canada Department of Agriculture, Ottawa, 1977. 

E. Halverson, Proceedings of the 10th Annual Meeting Canadian Mineral Processors,]2cn.. 1978, Ottawa, Canada, pp. 404—450. 

Teflon Occupational Health Full 17(2), (1962) (pubUshed by Information Service Division, Dept, of National Health and Welfare, Ottawa, Canada). 

L. T. RozeUe and co-workers, in S. Sourirajan, ed.. Reverse Osmosis and Synthetic Membranes, National Research Council of Canada Pub. NRCC 15627, Ottawa, 1977, pp. 249—262. 

R. Bakish, ed.. Proceedings of the International Conference of Pervaporation Processes, Heidelberg, Germany, 1991, and Ottawa, Canada, 1992. 

C. H. Eaye and W. R. Inman, Research ReportMD210, Dept. Mines and Technical Surveys, Ottawa, Canada, 1956. 

H. Inhaber, Risks of Energy Production, Report AECD-1119, Rev. 2, Atomic Energy Control Board, Ottawa, Canada, Nov. 1978 H. Inhaber, Science 203, 718 (Feb. 24, 1979). 

R. Greenhalgh and T. R. Roberts, eds.. Pesticide Science and Biotechnology, Proceedings of the 6th lEPEiC Congress of Pesticide Chemistry, Ottawa, 1986, Blackwell Scientific PubHcations, Palo Alto, Calif., 1987, 604 pp. 

P. A. Mingione, "Use of AEROPHINE 3418A Promoter for Sulphide Minerals Flotation," Proceedings of the 22nd Mnnual Meeting of the Canadian Mineral Processors, Ottawa, 1990. 

E. E. Berry, L. P. MacDonald, and D. J. Skinner, E.xpenmentalBurning of Waste Oil as a Fuel in Cement Manufacture, Environment/Canada Report No. EPS 4-WP-75-1, Ottawa, Canada, June 1975. 

S. Sourirajan and T. Matsuura, Reverse OsmosisjPltrafiltration Principles, National Research Council of Canada, Ottawa, Canada, 1985. 

Pegistry of Toxic Effects of Chemical Substances, National Institute for Occupational Safety and Health, Washington, D.C., Issue 95-1, Eeb. 1995 CD-ROM U.S. database provided by Canadian Centre for Occupational Health and Safety, Ottawa. 

Canadian Minerals Yearbook, Canada Department of Energy, Mines, and Resources, Ottawa, Canada (pubHshed annually). 

H. A. Leverin, Industrial Waters of Canada—Report of Investigations 1934 to 1940, Bureau of Mines Report 807, Canada Department of Mines and Resources, Ottawa, Ont., 1942. 

M. A. Eorbes, eB.,AnalyticalMethods Manual, Inland Waters Directorate, Environment Canada, Ottawa, Ontario, Can., 1979. 

G. Leduc and co-workers, Arctic Eand Use Research Report, AEUR, 74-75-34, Ottawa, Canada, 1976. 

M. M. Avedesian, preprint. Conference of the Canadian Society of Chemical Engineers, Ottawa, Paper No. 5d, Oct. 21, 1974. 

International Survey, Alcoholic Beverages Taxation and Control Policies, Brewers Association of Canada, Ottawa, Ontario, 1986. 

H. W. Parsons, A. Ve2ina, R. Simard, and H. W. Smith, Mines Branch Technical Bulletin TB 50, Department of Mines, Ottawa, Canada, 1963. 

J. Philips and M. Teman, eds.. Proceedings of the 9th International Congress on Catalysis, Vol 3, Characterisation and Metal Catalysts, Chemical Institute of Canada, Ottawa, 1988. 

Employing wood chips, Cowan s drying studies indicated that the volumetric heat-transfer coefficient obtainable in a spouted bed is at least twice that in a direct-heat rotaiy diyer. By using 20- to 30-mesh Ottawa sand, fluidized and spouted beds were compared. The volumetric coefficients in the fluid bed were 4 times those obtained in a spouted bed. Mathur dried wheat continuously in a 12-in-diameter spouted bed, followed by a 9-in-diameter spouted-bed cooler. A diy-ing rate of roughly 100 Ib/h of water was obtained by using 450 K inlet air. Six hundred pounds per hour of wheat was reduced from 16 to 26 percent to 4 percent moisture. Evaporation occurred also in the cooler by using sensible heat present in the wheat. The maximum diy-ing-bed temperature was 118°F, and the overall thermal efficiency of the system was roughly 65 percent. Some aspec ts of the spouted-bed technique are covered by patent (U.S. Patent 2,786,280). 

Canadian Government Specification Board, Department of Defense Production, Ottawa, Canada 3-GP-2 Fuel oil, beating... 

National Research Council of Canada Post-doctorate FeUow, 1954-56, at the University of Ottawa, Ottawa, Ontario. Present address Smith, Kline and French Ltd., Welwyn Garden City, Herts, England. 

Fig. 2. de Havilland Mosquito. Canada Aviation Museum, Ottawa. 

---