1 김원영, "석탄회의 재활용을 통한 다공질 뮬라이트 복합체의 제조" 한국세라믹학회 47 (47): 151-156, 2010
2 I. Kadashevich, "Statistical Modeling of the Geometrical Structure of the System of Artificial Air Pores in Autoclaved Aerated Concrete" 35 : 1495-1502, 2005
3 H. Kurama, "Properties of the Autoclaved Aerated Concrete Produced from Coal Bottom Ash" 209 : 767-773, 2009
4 Ilker Bekir Topc-ua, "Properties of Autoclaved Lightweight Aggregate Concrete" 42 : 4108-4116, 2007
5 T.-Y.Kwon, "Introduction to Autoclaved Lightweight Concrete" SsangYong Report 39-145, 1992
6 N. Isu, "Influence of Quartz Particles Size on Mechanical Properties of Autoclaved Aerated Concrete : Fracture Toughness Strength and Micropore" 25 : 2249-2254, 1995
7 A. Laukaitis, "Influence of Fibrous Additives on Properties of Aerated Autoclaved Concrete Forming Mixtures and Strength Characteristics of Products" 23 : 3034-3042, 2009
8 N.Y. Mostafa, "Influence of Air-cooled Slag on Physicochemical Properties of Autoclaved Aerated Concrete" 35 : 1349-1357, 2005
9 D. S. Klimesch, "Autoclaved Cement-Quartz Pastes: The Effects on Chemical and Physical Properties when using Ground Quartz with Different Surface Areas Part I: Quartz of wide Particle Size Distribution" 26 : 91399-91408, 1996
10 A. Laukaitis, "Acoustical Properties of Aerated Autoclaved Concrete" 67 : 284-296, 2006
1 김원영, "석탄회의 재활용을 통한 다공질 뮬라이트 복합체의 제조" 한국세라믹학회 47 (47): 151-156, 2010
2 I. Kadashevich, "Statistical Modeling of the Geometrical Structure of the System of Artificial Air Pores in Autoclaved Aerated Concrete" 35 : 1495-1502, 2005
3 H. Kurama, "Properties of the Autoclaved Aerated Concrete Produced from Coal Bottom Ash" 209 : 767-773, 2009
4 Ilker Bekir Topc-ua, "Properties of Autoclaved Lightweight Aggregate Concrete" 42 : 4108-4116, 2007
5 T.-Y.Kwon, "Introduction to Autoclaved Lightweight Concrete" SsangYong Report 39-145, 1992
6 N. Isu, "Influence of Quartz Particles Size on Mechanical Properties of Autoclaved Aerated Concrete : Fracture Toughness Strength and Micropore" 25 : 2249-2254, 1995
7 A. Laukaitis, "Influence of Fibrous Additives on Properties of Aerated Autoclaved Concrete Forming Mixtures and Strength Characteristics of Products" 23 : 3034-3042, 2009
8 N.Y. Mostafa, "Influence of Air-cooled Slag on Physicochemical Properties of Autoclaved Aerated Concrete" 35 : 1349-1357, 2005
9 D. S. Klimesch, "Autoclaved Cement-Quartz Pastes: The Effects on Chemical and Physical Properties when using Ground Quartz with Different Surface Areas Part I: Quartz of wide Particle Size Distribution" 26 : 91399-91408, 1996
10 A. Laukaitis, "Acoustical Properties of Aerated Autoclaved Concrete" 67 : 284-296, 2006