1 C. Piconi, "Zirconia as a Ceramic Biomaterial" 20 (20): 1-25, 1999
2 P. Singh, "Stability of Dispersions of Colloidal Alumina Particles in Aqueous Suspensions" 291 (291): 181-186, 2005
3 R. M. Anklekar, "Rheology of Concentrated Alumina Suspension to Improve the Milling Output in Production of High Purity Alumina Powder" 133 (133): 41-47, 1998
4 E. J. Granite, "Review of Novel Methods for Carbon Dioxide Separation from Flue and Fuel Gases" 48 (48): 1423-1434, 2005
5 J. Eom, "Processing and Properties of Polysiloxane-derived Porous Silicon Carbide Ceramics Using Hollow Microspheres as Templates" 28 (28): 1029-1035, 2008
6 J. Andertová, "Preparation of Functionally Graded Alumina Ceramic Materials with Controlled Porosity" 160 : 629-637, 2007
7 K. Ishizaki, "Porous Materials;Vol. 4" Springer-Science & Business Media 1-5, 1998
8 A. Tsetsekou, "Optimization of the Rheological Properties of Alumina Slurries for Ceramic Processing Applications, Part I: Slip-casting" 21 (21): 363-373, 2001
9 Y. Imanaka, "Multilayered Low Temperature Cofired Ceramics (LTCC) Technology" Springer Science & Business Media 21-58, 2005
10 C. Cybulski, "Monoliths in Heterogeneous Catalysis" 36 (36): 179-270, 1994
1 C. Piconi, "Zirconia as a Ceramic Biomaterial" 20 (20): 1-25, 1999
2 P. Singh, "Stability of Dispersions of Colloidal Alumina Particles in Aqueous Suspensions" 291 (291): 181-186, 2005
3 R. M. Anklekar, "Rheology of Concentrated Alumina Suspension to Improve the Milling Output in Production of High Purity Alumina Powder" 133 (133): 41-47, 1998
4 E. J. Granite, "Review of Novel Methods for Carbon Dioxide Separation from Flue and Fuel Gases" 48 (48): 1423-1434, 2005
5 J. Eom, "Processing and Properties of Polysiloxane-derived Porous Silicon Carbide Ceramics Using Hollow Microspheres as Templates" 28 (28): 1029-1035, 2008
6 J. Andertová, "Preparation of Functionally Graded Alumina Ceramic Materials with Controlled Porosity" 160 : 629-637, 2007
7 K. Ishizaki, "Porous Materials;Vol. 4" Springer-Science & Business Media 1-5, 1998
8 A. Tsetsekou, "Optimization of the Rheological Properties of Alumina Slurries for Ceramic Processing Applications, Part I: Slip-casting" 21 (21): 363-373, 2001
9 Y. Imanaka, "Multilayered Low Temperature Cofired Ceramics (LTCC) Technology" Springer Science & Business Media 21-58, 2005
10 C. Cybulski, "Monoliths in Heterogeneous Catalysis" 36 (36): 179-270, 1994
11 T. Ohji, "Macro-porous Ceramics:Processing and Properties" 57 (57): 115-131, 2012
12 H. Wang, "Fabrication and Characterization of Ordered Macroporous PMS-derived SiC from a Sacrificial Template Method" 14 (14): 1383-1386, 2004
13 P. Singh, "Evaluation of Dispersibility of Aqueous Alumina Suspension in Presence of Darvan C" 30 (30): 936-946, 2004
14 R. Greenwood, "Electroacoustic and Rheological Properties of Aqueous Ce-ZrO2(Ce-TZP) Suspensions" 17 (17): 537-548, 1997
15 T. Fengqiu, "Effect of Dispersants on Surface Chemical Properties of Nano-zirconia Suspensions" 26 (26): 93-97, 2000
16 D. J. Kim, "Dependence of the Rheological Behavior of Electrostatically Stabilized Alumina Slurries on pH and Solid Loading" 33 (33): 2931-2935, 1998
17 P. Colombo, "Conventional and Novel Processing Methods for Cellular Ceramics" 364 (364): 109-124, 2006
18 A. Okada, "Automotive and Industrial Applications of Structural Ceramics in Japan" 28 (28): 1097-1094, 2008