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Referencias:

• Wen, C.Y., Dutta, S., (1979) Coal Conversion Technology, pp. 57-63. , Wen, C. Y., Stanley Lee, E., Addison–Wesley Publishing Company, Massachusetts, USA, 2nd edn
• Walker, P.L., Geller, J., Change in surface area of anthracite on heat treatment (1956) Nature, 178, p. 1001
• Marsh, H., The determination of surface areas of coals—Some physicochemical considerations (1965) Fuel, 44, pp. 253-268
• Gan, H., Nandi, S.P., Walker, P.L., Jr., Nature of the porosity in American coals (1972) Fuel, 51, pp. 272-277
• Nandi, S.P., Walker, P.L., Jr., The diffusion of nitrogen and carbon dioxide from coals of various rank (1964) Fuel, 43, pp. 385-393
• Walker, P.L., Jr., Microporosity in coal: its characterization and its implications for coal utilization (1981) Philosophical Transactions of the Royal Society A: Mathematical, Physical and Engineering Sciences, pp. 65-81. , A 300
• Toda, Y., Hatami, M., Toyoda, S., Yoshida, Y., Honda, H., Micropore structure of coal (1971) Fuel, 50, pp. 187-200
• Gregg, S.J., Sing, K.S.W., (1982) Adsorption, Surface area and Porosity, pp. 195-247. , Academic Press Inc., London, 2nd edn
• (1928) International Critical Tables, 3, pp. 235-236. , McGraw–Hill, New York
• Marsh, H., Siemieniewska, T., Adsorption of carbon dioxide on carbonized anthracite. Interpretation by Dubinin theory (1967) Fuel, 46, pp. 441-457
• López Peinado, A., Rivera‐Utrilla, J., López González, J.D., Mata Arjona, A., Porous texture characterization of coals and chars (1985) Adsorption Science & Technology, 2, pp. 31-38
• Essenghigh, R.H., Howard, J.B., Toward a unified combustion theory. The pyrolysis and combustion mechanism of carbonaceous solids (1966) Industrial & Engineering Chemistry, 58, pp. 14-23
• Chiche, P., Durif, S., Pregérmain, S., Development of the internal surface area of coals during carbonization (1965) Fuel, 44, pp. 5-28

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