REFERENCES
- Dooley, B. Boiler Tube Failure Metallurgical Guide, Vol. 1. Technical Report, EPRI Report TR-102433-VI (1993).
- Sedor, P., Diehl, E.K. and Barnhart, D.H. External Corrosion of Superheaters in boilers firing Alkaline Coals. J. Eng. Power, 82. 181–193 (1960).
- Gibb, W.H. and Angus, J.G. The Release of Potassium from Coal during Bomb Combustion. J. Inst Energy, 56 149 (1983).
- Clarke, F. and Morris, C.W. In: Meadowcraft, D.B. and Manning, M.I. (eds), Combustion Aspects of Furnace Wall Corrosion, Corrosion Resistant Materials for Coal Conversion Systems, Applied Science Publishers (1983).
- Lees D.J. and Whitehead, M.E. In: Meadowcraft, D.B. and Manning, M.I. (eds). Micro analysis of Scales and Deposits formed on Corroding Furnace Tubes in Coal-Fired Boilers, Corrosion Resistant Materials for Coal Conversion Systems, Applied Science Publishers (1983).
- Lees, D.J. A Summary of Observations Relating Furnace Wall Fireside Corrosion to Chlorine Content of Coal. CEGB Internal Report (1979).
- Mortimer, D. and Redhead, D. Prediction of Boiler Wall Fireside Corrosion. CEGB Internal Report (1978).
- Latham, E., Pinder, L.W. and Meadowcroft, D.B. In: Stringer, J. and Banerjee, D.D. (eds), The Effects of Coal Chlorine on Fireside Corrosion, Chlorine in Coal Proc. (1991).
- Gibbs, B.M., Scully, J.C. and Moores, G.E. The Effects of Heat Flux and Reducing Conditions on Fireside Corrosion in Coal-fired Boilers, Leeds University final report of SERC Contract GR/D/85020 (1989).
- Darken, L. and Gurry, R. Physical Chemistry of Metals, International Student Edition. McGraw-Hill Book Co Inc, Tokyo (1953).
- Whitehead, M.E. Consideration of a Mechanism of Furnace Wall Corrosion. CEGB Internal Report (1979).
- Reid, W.T. External Corrosion and Deposits; Boilers and Gas Turbines. American Elsevier Publishing Company Inc, New York (1971).
- Koopman, J.G., Marselli, E.M., Jonakin, J. and Ulmer, R.C. Proc. Amer. Pwr.Conf, 21, 236 (1959).
- Nelson, W. and Cain, C. Corrosion of Superheaters and Reheaters of Pulverised Coal Fired Boilers. J. Eng. Power, 82, Ser A No 3, 194–201,(1960).
- Cutler, A.J.B. Corrosion by Combustion Residues; The Effects of Heat Transfer and Corrosion Product Solubility. CEGB Internal Report (1971).
- Pinder, L.W., Brooks, S. and Meadowcroft, D.B. Derivation of Model Equations for the Prediction of Corrosion Rates of Austenitic Superheater and Reheater Tubing in Coal Fired Boilers. CEGB Internal Report (1986).
- Cutler, A.J.B., Grant, J., Laxton, J.W., Price, D.D. and Stevens, C.G. Laboratory Measurements of the Corrosion of Superheater Materials in Atmospheres Simulating the Combustion of High Chlorine Coals, p. 159. The combustion of High Chlorine Coals and Superheater Material Corrosion. (1983).
- Barnes, D.I., Wardle, D.G. and Kean, D. The Impact of Ash Deposition on Coal Fired Plants, Proceedings of the Engineering Foundation Conference, June 20–25, 1993, Taylor and Francis, Solihull (1994).
- Cutler, A.J.B. and Grant, C.J. The Corrosion of Stainless Steel in Sulphate/Chloride Melts at 600°C. CEGB Internal Report (1979).
- Giffiths, T.R. and King, K. A Spectrophotometric Investigation of the Role of Chloride in Fireside Corrosion. CEGB Internal Report (1979).