Natural Resources Canada

Bowman WS (1994) Stream sediment reference materials STSD-i to STSD-4. In Catalogue of Certified Reference Materials, CCRMP 94-iE. Natural Resources Canada, Ottawa. [Pg.43]

Leaver ME, and Bowman WS (1994a) Interlaboratory Measurement Program for the Standard ARD Material NBM-i. Mineral Sdences Laboratories Division Report MSL 94-28 (CR) Draft. CANMET, Natural Resources Canada, Ottawa. [Pg.106]

The analysis used projected average annual escalation rates of commercial sector electricity and fuel input prices supplied by Natural Resources Canada. [Pg.109]

Beckmann, J., and W. Albers, 1996. Air Conditioning and Dehumidification by a Lithium Bromide/Lithium Chloride Liquid Desiccant Technology, InAb-Sorption96 International Ab-Sorption Heat Pump Conference, Natural Resources Canada, Quebec, Canada, pp. 697-702. [Pg.444]

This work was carried out with the strategic guidance and financial support of Penn West Energy Trust, AERI (Alberta Energy Research Institute), Western Economic Diversification Canada, Natural Resources Canada, and the Alberta Government. [Pg.158]

Geological Survey of Canada, Natural Resources Canada, Ottawa, ON, K1A 0E8 CANADA (e-mail egrunsky nrcan.gc.ca)... [Pg.177]

Land Resource Science, University of Guelph, Guelph, Ontario N1G 2W1, almattes<3>rogers.com 2 University of Victoria, Victoria BC 3 CANMET/MMSL, Natural Resources Canada, Ottawa, Ontario... [Pg.235]

Natural Resources Canada, Geological Survey of Canada, Calgary, AB CANADA Department of Earth Atmospheric Sciences, University of Alberta, Edmonton, AB CANADA... [Pg.239]

Fuel Cell Vehicle Demonstration. This project will demonstrate the third generation Ford fuel cell Focus. Five vehicles will operate in Vancouver, beginning in 2004. The project is managed by Fuel Cells Canada and funded by Natural Resources Canada, the government of British Columbia and the National Research Council. Results ofthe demonstration project will be used to influence future technology development. The budget is C 5.8 million over three years. [Pg.119]

Yearly spending on research and development is approximately C 20 million (C 10 million peryear from Natural Resources Canada and C 10 million peryear from the National Research Council). [Pg.119]

Natural Resources Canada, CANMET Energy Technology Centre. [Pg.120]

Natural Resources Canada, CANMET Energy Technology Centre h ttp //www2. nrcan.gc. ca/es/es/technologies e. cfm... [Pg.199]

Lazman M., Algebraic geometry methods in analysis of quasi steady state and dynamic models of cataljdic reactions. Proceedings of the 4th International Conference on Unsteady-State Processes in Catalysis USPC-4, Montreal, Quebec, Canada, October 26-29, 2003, Dr. H. Sapoundjiev (Ed.), Natural Resources Canada, 92-93 (2003a). [Pg.90]

Natural Resources Canada, Minerals and Metals Sector http //nrcan.gc.ca/mms/ efab/mmsd/minerats/gypsum.hlm, 1999. [Pg.750]

Allen, E., D. Morrison, and G. Wallis (1995). Common Tree Diseases of British Columbia, Natural Resources, Canada. Victoria, BC Canadian Forest Service, 178 pp. [Pg.232]

Sprague, J.B. (1997) Review of methods for sublethal aquatic toxicity tests relevant to the Canadian metal-mining industry, Natural Resources Canada, Canada Centre for Mineral and Energy... [Pg.168]

We thank Dr. Bill Cruickshank for his advice and Ian Cullis for kindly providing the SEDW. This research was financially supported by Natural Resources Canada. [Pg.1113]

Funding for this work was provided by Natural Resources Canada and National Science and Engineering Research Council of Canada. We would especially wish to thank Dr. William Cruickshank for continued enthusiastic support and direction. [Pg.1125]

Genencor International Iogen Corporation Katzen International Natural Resources Canada Novozymes Biotech Proctor and Gamble Syngenta Tate and Lyle Tembec Industries... [Pg.1226]

A basic scheme of the configuration of the existing PV-diesel autonomous power system is presented in Figure 5.2. The main power components of this system are PV panels, diesel generating set, batteries and a converter. To simulate this system and perform a techno-economic analysis individual costs (capital cost, replacement cost, operation and maintenance cost) have to be identified for each component. The identification of these costs was mainly based on the RETScreen database developed in Canada (Natural Resources Canada, 1998). [Pg.106]

Natural Resources Canada, 1998. RETScreen database, URL http //www.retscreen.net Strauss P and Engler A, (2003). AC coupled PV hybrid systems and micro-grids - state of the art and future trends. Proceedings 3rd World Conference on Photovoltaic Energy Conversion, Osaka Japan... [Pg.136]

CANMET, Natural Resources Canada, 555 Booth St, Ottawa, Canada KIA OGl. [Pg.537]

Bews B. E., O Kane M. A., Wilson G. W., Williams D., and Currey N. (1997) The design of a low flux cover system, including lysimeters, for acid generating waste rock in semi-arid environments. In Proc. 4th Int. Corf. Acid Rock Drainage. MEND, Natural Resources Canada, Ottawa, ON, vol. 2, pp. 747-762. [Pg.4737]

MEND (1991) Acid Rock Drainage Prediction Manual. MEND Project 1.16.1b, report by Coastech Research. MEND, Natural Resources Canada. [Pg.4742]

MEND (1994) Monitoring and Modeling of Acid Mine Drainage from Waste-rock Dumps. Natural Resources Canada MEND Report 1.14.2g. [Pg.4742]

Chevalier, P. Mercury. Canadian Minerals Yearbook 1999. Natural Resources Canada. 2000. [Pg.822]

Factors Affecting the Commercial Potential of Solarwall Technology in Drying Bagasse, Natural Resources Canada Report, Ottawa, Canada, March 2000. [Pg.842]

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