References
- Chopra, S. K. and Taneja, C. A., “Investigations on Rourkela Slag for Cement manufacture,” ISI Bulletin, 18 (8) 365–70 (1966).
- Parker, T. W. and Nurse, R. W. “Investigations on granulated blast furnace slags for the manufacture of Portland blast furnace cement”; Technical paper No. 3, National Building Studies. His Majesty's Stationery Office, London (1949).
- Kannewurf, A. S. “Research pushes grindability guesses into the background;” Rock Products, 60 (5) 86–91 (1957).
- Taneja, C. A., “Role of Alumina, Magnesia and Manganese Oxides on the Hydration and Hardening of Slag Glasses,” Trans. Ind. Ceram. Soc., 32 (5) (1973).
- Datta, R. K. and Lahiri, D., “Effect of small admixture amounts on the hydraulic properties of blast furnace slags. Part I. Effect of MnO”, Zement-Kalk-Gips, No. 7, 344–46 (1972).
- Budnikov, P. P., “Effect of a higher MgO and MnO contents in blast furnace slags on the hydraulic properties of slag cements,” Blast Furnace Slag in Construction (in Russian) Gosstroilizdat, U. K., U.S.S.R. (1956.)
- Royak, S. M. and Krylov, V.F., “Effect of MnO on the activity of granulated blast furnace slag,” Blast Furnace Slags in construction (In Russian) Gosstroiizdat U.K., U.S.S.R. (1956).
- Treffich, J., “Effect of the manganese content of blast furnace slags on the hydraulic activity of slag cements,” Berg-Huettenmann, Monatsh, 112 (3) 66–71 (1967).
- Solacolu, S. and Balta, P., “Hydraulic properties of blast furnace slags in the MgO-CaO-Al2O5-SiO2 System containing manganese and sulphur,” Revue des Materiaux de construction et de Travaux Publics. 583, 99–110 (1964).
- Kholin, I. I. and Royak, S. M., “Blast furnace cements in the USSR” Chemistry of Cements, Proceedings of the Fourth International Symposium, VIII-53, p 1060, Washington (1960).
- Blondiau, L., “Influence dallure de la granulation sur la qualité des laitiers utilisés en eimenteria,” Silicate Ind., 16, 105–09 (1951).