Page 359 - Corrosion Engineering Principles and Practice
P. 359

328    C h a p t e r   8


                        9.  Roberge PR. Handbook of Corrosion Engineering. New York, N.Y.: McGraw-Hill,
                         2000.
                      10.  Berry WE. Water corrosion. In: Van Delinder LS, Brasunas Ad, eds. Corrosion
                         Basics. Houston, Tex.: NACE International, 1984; 149–76.
                      11.  Uhlig HH. Iron and steel. In: Uhlig HH, ed. The Corrosion Handbook. New York,
                         N.Y.: John Wiley and Sons, 1948; 125–43.
                      12.  Hartt WH, Culberson CH, Smith SW. Calcareous deposits on metal surfaces in
                         seawater—A critical review. Corrosion. 1984; 40: 609–18.
                      13.  Crovetto R, Murtagh E. Novel boiler condensate corrosion inhibitor with FDA
                         approval. CORROSION 2007, Paper #073. Houston, Tex.: NACE International,
                         2007.
                      14.  Herro HM, Port RD. The NALCO Guide to Cooling Water Systems Failure Analysis.
                         New York, N.Y.: McGraw-Hill, 1993.
                      15.  Syrett BC, Gorman JA. Cost of corrosion in the electric power industry—An
                         update. Materials Performance 2003; 42: 32–8.
                      16.  Cost of Corrosion in the Electric Power Industry. EPRI 1004662. Palo Alto, Calif.:
                         Electric Power Research Institute, 2001.
                      17.  Jonas O. Monitoring of steam plants. Materials Performance 2003; 42: 38–42.
                      18.  Garey JF, Jorden RM. Condenser Biofouling Control.  Ann Arbor, MI: Ann Arbor
                         Science Publishers,1980.
                      19.  Stott  JFD.  Evaluating  microbiologically  influenced  corrosion.  In:  Cramer
                         DSaCBS, ed. Vol. 13A: Corrosion: Fundamentals, Testing, and Protection. Metals
                         Park, Ohio: ASM International, 2003; 644-9.
                      20.  Oddo JE, Tomson MB. Scale control, prediction and treatment or how com-
                         panies evaluate a scaling problem and what they do wrong. CORROSION 92,
                         Paper #34. Houston, Tex.: NACE International, 1992.
                      21.  Truesdell AH, Jones BF. A computer program for calculating chemical equilibria
                         of natural waters. Journal of Research, U.S.Geological Survey 1974; 2: 233–48.
                      22.  Ferguson RJ, Freedman AJ, Fowler G, Kulik AJ, Robson J, Weintritt DJ. The prac-
                         tical application of ion association model saturation level indices to commercial
                         water treatmant problem solving. In: Amjad Z, ed. Mineral Scale Formation and
                         Inhibition. New York, N.Y.: Plenum Press, 1995; 323–40.
                      23.  Ferguson RJ, Codina O, Rule W, Baebel R. Real time control of scale inhibi-
                         tor feed rate. International Water Conference, 49th Annual Meeting. IWC-88–57.
                         Pittsburg, Pa. 1988.
                      24.  Ferguson RJ, Freedman AJ. A comparison of scale potential indices with treat-
                         ment  program  results  in  ozonated  systems. CORROSION  93,  Paper  #279.
                         Houston, Tex.: NACE International, 1993.
   354   355   356   357   358   359   360   361   362   363   364