1 이제일, "백자 파도자기를 활용한 도자기 소지 개발" 한국세라믹학회 43 (43): 626-634, 2006
2 F. Andreola, "Utilisation of Municipal Incinerator Grate Slag for Manufacturing Porcelainized Stoneware Tiles Manufacturing" 22 (22): 1457-1462, 2002
3 R. R. Menezes, "Use of Granite Sawing Wastes in the Production of Ceramic Bricks and Tiles" 25 (25): 1149-1158, 2005
4 A. P. Luz, "Use of Glass Waste as a Raw Material in Porcelain Stoneware Tile Mixtures" 33 : 761-765, 2007
5 B. S. Han, "Test and Characterization of Porcelain Body" 47-58, 2001
6 E. S. Lee, "Studies on the Mechanical Properties of Porcelain Bodies" 11 (11): 69-79, 1974
7 I. Agote, "Rheological Study of Waste Porcelain Feedstocks for Injection-Molding" 21 (21): 2848-2853, 2001
8 A. W. Norris, "Range Curve: An Experimental Method for the Study of Vitreous Pottery Bodies" 78 : 102-108, 1992
9 W. M. Carty, "Porcelain-Raw Materials, Processing, Phase Evolution and Mechanical Behavior" 81 (81): 3-20, 1998
10 R. R. Menezes, "Optimization of Wastes Content in Ceramic Tiles Using Statistical Design of Mixture Experiments" 28 : 3027-3039, 2008
1 이제일, "백자 파도자기를 활용한 도자기 소지 개발" 한국세라믹학회 43 (43): 626-634, 2006
2 F. Andreola, "Utilisation of Municipal Incinerator Grate Slag for Manufacturing Porcelainized Stoneware Tiles Manufacturing" 22 (22): 1457-1462, 2002
3 R. R. Menezes, "Use of Granite Sawing Wastes in the Production of Ceramic Bricks and Tiles" 25 (25): 1149-1158, 2005
4 A. P. Luz, "Use of Glass Waste as a Raw Material in Porcelain Stoneware Tile Mixtures" 33 : 761-765, 2007
5 B. S. Han, "Test and Characterization of Porcelain Body" 47-58, 2001
6 E. S. Lee, "Studies on the Mechanical Properties of Porcelain Bodies" 11 (11): 69-79, 1974
7 I. Agote, "Rheological Study of Waste Porcelain Feedstocks for Injection-Molding" 21 (21): 2848-2853, 2001
8 A. W. Norris, "Range Curve: An Experimental Method for the Study of Vitreous Pottery Bodies" 78 : 102-108, 1992
9 W. M. Carty, "Porcelain-Raw Materials, Processing, Phase Evolution and Mechanical Behavior" 81 (81): 3-20, 1998
10 R. R. Menezes, "Optimization of Wastes Content in Ceramic Tiles Using Statistical Design of Mixture Experiments" 28 : 3027-3039, 2008
11 F. A. Costa Oliveira, "Novel Mullite-based Ceramics Manufactured from Inorganic Wastes I. Densification Behaviour" 196 : 101-108, 2008
12 H. Schneider, "Mullite and Mullite Ceramics" John Wiley & Sons 148-167, 1994
13 I. S. Kim, "Influence of Mullite-seed on the Mullite Synthesis from Various Compositions" 10 (10): 48-54, 2000
14 H. J. Lim, "Effect of Processing Parameters on the Densification - Behaviors by Low Shrinkage in Clay Materials" 33 (33): 725-734, 1996
15 Y. G. Jung, "Effect of Firing Temperature on Mechanical Property and Contact Damage in Pottery" 35 (35): 1343-1350, 1998
16 Y. Kobayashi, "Effect of Firing Temperature on Bending Strength of Porcelain for Tableware" 75 (75): 1801-1806, 1992
17 S. W. Lee, "Control of Permanent Shrinking of Recycled Castable Refractories from Waste Refractories of Al2O3-SiO" 29 (29): 15-22, 1992
18 J. O. Hong, "Characteristics of Sintered Bodies Made from the System of Paper Sludge Ash-Fly Ash-Clay" 38 (38): 908-913, 2001
19 J. H. Lee, "A Study on the Effect of Residual Stress between Body and Glaze of Pottery on the Mechanical Strength" 9 (9): 181-186, 1999
20 R. C. Bradt, "A High-Tech Approach to a Traditional Ceramic-The Toughness of Porcelain" 15-22, 1986