the cost of planning to meet the worst possible conditions, on which the deterministic constraints are based, as compared with conditions which occur less than 100% of the time.

In addition, provision could be made in the program to perform regression analysis on stream flow and temperature so that the former uniquely determines the latter by a regression equation. This could also be done outside of the present program using an available computer code.

A formulation for a model with probabilistic temperature constraints is presented in Table VIII.

59-068 71 pt. 3---13

-C 91

a = Fraction of total time that temperature standards may be exceeded.

q = Number of time periods under consideration.

n = Particular time period.

APPENDIX D

LISTS OF REFERENCES

D1. References Cited in this Report

1. Brady, D. K., W. L. Graves and J. C. Geyer, "Surface Heat Ex

change at Power Plant Cooling Lakes," Cooling Water Discharge Project Report No. 5, Edison Electric Institute Publ. No. 69901, November 1969.

2. Federal Water Pollution Control Administration, Industrial Waste Guide on Thermal Pollution, U. S. Department of Interior, 1968.

3. Geoffrion, A. M., Integer Programming by Implicit Enumeration and Balas' Method, The Rand Corporation, RM-4783-PR, February 1966. Also published April 1968 in SIAM Review, 9, 2, pp.178190.

4. Geoffrion, A. M., Implicit Enumeration Using an Imbedded Linear Program, The Rand Corporation, RM-5406-PR, September 1967.

5. Geoffrion, A. M., and A. B. Nelson, User's Instructions for 0-1 Integer Linear Programming Code RIP30C, The Rand Corporation, RM-5627-PR, May 1968.

6. Harty, H., et. al., "Nuclear Power Plant Siting in the Pacific Northwest," research report for the Bonneville Power Administration, Richland, Washington, July 1967.

7. ReVelle, Charles, Erhard Joeres and William Kirby, "The Linear Decision Rule in Reservoir Management and Design," Water Resources Research, 5, 4, August 1969, pp. 767-777.

D2.

8.

Supplementary References on Thermal Plant Siting

Brinck, W. L., and B. Kahn, "Radionuclide Releases at Nuclear
Power Stations," presented at the Health Physics Society Sympo-
sium on Environmental Surveillance in the Vicinity of Nuclear
Facilities, Augusta, Ga., January 1968.

9. Brinck, W. L., E. D. Harward and R. L. Chissler, "Programs for Environmental Surveillance at Nuclear Power Plants," presented at the Health Physics Society Symposium on Environmental Surveillance in the Vicinity of Nuclear Facilities, Augusta, Ga., January 1968.

10. "Comparison of Coal-Fired and Nuclear Power Plants for the TVA System," Tennessee Valley Authority, Chattanooga, Tenn., June 1966.

11. "Considerations Affecting Steam Power Plant Site Selection," a report sponsored by The Energy Policy Staff, Office of Science and Technology, Washington, D.C., December 1968.

12. Di Nunno, J. J., et. al., "Calculation of Distance Factors for Power and Test Reactor Sites," TID-14844, U. S. Atomic Energy Commission, Washington, D. C., March 1962.

13. "Reactor Site Criteria," Code of Federal Regulations, Title 10Atomic Energy, Part 100, U. S. Atomic Energy Commission, Washington, D. C., August 1966.

14. Terrill, J. G., Jr., D. L. Weaver, E. D. Harward and J. M. Smith, "Public Health Factors in Reactor Site Selection," Journal of the Sanitary Engineering Division, ASCE, Vol. 95, No. SA3, Proc. Paper 6620, June 1969, pp. 545-561.

15. Terrill, J. G., Jr., E. D. Harward and I. P. Leggett, "Environmental Aspects of Nuclear and Conventional Power Plants," Industrial Medicine and Surgery, Vol. 36, No. 6, July 1967, pp. 412-419.