Session Codes for the Annual Meeting of The Ceramic Society of Japan, 2004

A. High-Temperature and Engineering Ceramics

A1. Materials/Properties

(1) Silicon Carbide/Silicon Nitride: A11

(2) Carbon: A12

(3) Other Non-Oxide: A13

(4) Oxide: A14

(5) Composite/Nanocomposite: A15

(6) Refractory: A16

A2. Processing/Microstructures: A20

A3. Fundamental Properties/Characterization: A30

B. Electronic Ceramics

B1. Materials/Properties

(1) Dielectric and Insulating Ceramics: B11

(2) Piezoelectric Ceramics: B12

(3) Semiconductors/Conductors: B13

(4) Superconductors: B14

(5) Ionic Conductors: B15

(6) Magnetic Ceramics: B16

B2. Processing/Microstructure: B20

B3. Fundamental Properties/Characterization: B30

C. Glasses and Photonic Ceramics

C1. Optical Properties

(1) Materials Containing Rare Earth: C11

(2) Other Materials: C12

C2. Electric Properties: C20

C3. Thermal/ Mechanical Properties: C30

C4. Chemical Properties: C40

C5. Processing: C50

C6. Structure: C60

D. Ceramics in Medicine, Biology and Biomimetics.

D1. Calcium Phosphates: D10

D2. Biomimetics: D20

D3. Biotechnology-Related Materials: D30

D4. Composites/Other Materials: D40

E. Cements: E10

F. Whitewares and Porcelain Enamels: F10

G. Environmental- and Energy-Related Ceramics

G1. Powder/Films : G10

G2. Porous Ceramics/Ion Exchangers: G20

G3. Catalysts: G30

(1) Photocatalyst: G31

(2) Other Catalysts: G32

G4. Energy-Conversion Ceramics: G40

H. Processing

H1. Chemical process

(1) Sol-Gel: H11

(2) Liquid-Phase/ Hydrothermal Synthesis: H12

(3) Other Processes: H13

H2. Raw Materials/Precursors: H20

H3. Sintering/Theory: H30

H4. Shaping/Machining: H40

I. Characterization

I1.Fundamental Properties/Structural Analysis: I10

I2. Simulation/Modeling: I20

I3. Analysis and Characterization Methods: I30

J. Education: J10

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