참고문헌 (19)

1. Annual Book of ASTM Standards 1990 Fusibility of Coal Ash and Coke Ash Annual Book of ASTM Standards, “Fusibility of Coal Ash and Coke Ash”, ASTM, Philadelphia (1990). 

2. Trans. AIME D. H. Barnhart 78 1229 1956 Barnhart, D. H. and Williams, P. C., “The Sintering Test-An Index to Fouling Tendency”,Trans. AIME,78, 1229 (1956). 

3. Benson, S. A., “Laboratory Studies of Ash Deposit Formation during the Combustion of Western U.S. Coals”, Ph.D. Dissertation, The Pennsylvania State University (1986). 

4. R. W. Borio 1986 Mineral Matter and Ash in Coal Borio, R. W. and Levasseur, A. A., “Mineral Matter and Ash in Coal”, Vorres, K. S., Ed., American Chemical Society, Washington, DC, Chapter 21 (1986). 

5. Conn, R. E., “A Preliminary Study of the Sintering Characteristics of Coal Ash as Related to Utility Boiler Ash Deposition”, M.S. Thesis, The Pennsylvania State University (1984). 

6. Cumming, J.W., “Communications: The Electrical Resistance of Coal Ash at Elevated Temperatures” ,J. Inst. Energy, September, 153 (1980). 

7. Thermal Eng. I. S. Dering 19 12 70 1972 Dering, I. S., Dubrovskii, V. A. and Dik, E. E., “Sintering of Different Fractions of Fly Ash from Brown Coal”,Thermal Eng.,19(12), 70 (1972). 

8. J. Physics(Moscow) J. J. Frenkel 9 5 385 1945 Frenkel, J. J., “Viscous Flow of Crystalline Bodies under the Action of Surface Tension”,J. Physics(Moscow),9(5), 385 (1945). 

9. Powder Industry Research W. H. Gibb 1 269 1981 Gibb, W. H., “The Slagging and Fouling Characteristics of Coals-II. Sintering Test for the Determination of Fouling Propensity”,Powder Industry Research,1, 269 (1981). 

10. H. K. Hein 69 1983 In Fouling and Slagging Resulting from Impurities in Combustion Gases Hein, H. K., “In Fouling and Slagging Resulting from Impurities in Combustion Gases”, Engineering Foundation, Bryers, R. W., Ed., New York, 69 (1983). 

11. F. I. Honea 117 1983 In Fouling and Slagging Resulting from Impurities in Combustion Gases Honea, F. I., “In Fouling and Slagging Resulting from Impurities in Combustion Gases”, Engineering Foundation, Bryers, R. W., Ed., New York, 117 (1983). 

12. P. Nicholls 1932 U.S. Bureau of Mines Bulletin 364 Clinker Formation as Related to the Fusibility of Coal Ash Nicholls, P. and Selvig, W. A., “Clinker Formation as Related to the Fusibility of Coal Ash”, U.S. Bureau of Mines Bulletin 364, Washington, U.S. Bureau of Mines (1932). 

13. E. Raask 1985 Mineral Impurities in Coal Combustion Raask, E., “Mineral Impurities in Coal Combustion”, Hemisphere Publishing Company, New York (1985). 

14. J. Therm. Anal. E. Raask 16 91 1979 10.1007/BF01909636 Raask, E., “Sintering Characteristics of Coal Ashes by Simultaneous Dilatometry-Electrical Conductance Measurements”,J. Therm. Anal.,16, 91 (1979). 

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15. W. T. Reid 1981 Chemistry of Coal Utilization Reid, W. T., “Chemistry of Coal Utilization ”, Elliot, M. A., Ed., John Wiley, New York, Chapter 21 (1981). 

16. Rindt, D. K., Jones, M. L. and Schobert, H. H., “Investigations of the Mechanism of Ash Fouling of Minerals in Low-Rank Coal Combustion” , Engineering Foundation Conference, Henniker, New Hampshire, July, 12 (1981). 

17. J. G. Singer 1981 Combustion: Fossil Power Systems Singer, J. G., “Combustion: Fossil Power Systems”, Combustion Engineering, Windsor, CT, Chapter 3 (1981). 

18. J. Inst. Fuel E. J. D. Smith 29 253 1956 Smith, E. J. D., “The Sintering of Ash”,J. Inst. Fuel,29, 253 (1956). 

19. Tangsathitkulchai, M., “Studies of the Initiation, Growth, and Sintering in the Formation of Utility Boiler Deposits” , Ph.D. Dissertation, The Pennsylvania State University (1986).