참고문헌
- The Chemistry of Cement & Concrete(third edition) F.M. Lea
- The Handbook of Gless Manufacture v.1 Tooley
- Merck Index no.1053
- U.S. Patent 2 778 160 Production of Foamed Slag and Like Material of Light Material Marcel Gallai;Hatchard;Cheam
- J. Kor. Cer. Soc. v.3 no.1 다포초자 제조에 관한 연구 이희수;이응상
- U.S. Pattent 3 163 512 Method of Making Cellular Glass Bodies Frantick Schill
- U.S. Patent 3 151 966 Method of Making Glass Foam Games;Slayter
- J. Iron & Steel Institute no.9 A Stoichiametric Combustion Method for The Determination of Sulphur in Slags C.J.B. Fincham;F.D. Richardson
- J. Am. Cer. Soc. v.58 no.7;8 Devitrification of Glass in The Akermanite-Gehlenite System P. Giordano;A Buri;A. Marotta
- Diffrential Thermal Analysis v.2 R.C. Maekenzie
- J. of Iron & Steel Institute v.208 Slag-Ceram, A Glass Ceramic from Blast Furnace Slag M.W. Davies;B. Kerrison;W.E. Gross;M.J. Robson;D.F. Wichall
- V. International Symposium no.sup.Ⅳ-110 Mineral Composition of Blast-Furnace Slag Hideo Minato
- Glass Industry v.48 no.7 Reduced Sulphur Compound as Melting & Refining Aids for Flint Soda-Lime Glasses W.H. Manring;D.D. Billings;A.R. Conroy;W.C. Bauer
- The Effect of The Slag Particle Size on The Crystallization and Foam Formation in Slag Contained Batch 박기형
- J. Kor. Cer. Soc. v.10 no.1 전자현미경에 의한 요업원료 조사연구 안영필;상기남;고영신;한상목
- Quantative Stereology R.T. Dehoff
- J. of Metals N.Y. v.6 Optimum Composition of Blast Furnace Slag as Deduced from Liquidus Data for The Quarternary System CaO-MgO-Al ₂O₃-SiO₂₂ E.F. Osborn;R.C. Devris;K.H. Gee;H.M. Kraner
- Properties of Glass T. Morey
- Advances in Glass Technology v.1 Formation and Growth of Bubbles in The Process of Glass Ceramic Tetsuro Izumitani;Ryohei Terai