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5.	The utility proprieties of traditional and advanced ceramic materials, (china, faience, cordierite, steatite, alumina, zirconium, mullite materials, electrical porcelain, ceramics for electronics).	2
6.	Manufacturing and investigation of physical and mechanical proprieties of a glass.	4
7.	The technical proprieties of minerał binders (density, surface area, setting time, bending and compression strength).	4
8.	Design, production and propriety of composite materials on the basis of the minerał binders (cement mortars, concrete).	4
	To be credited with the laboratory

Exercises, seminars - the contents

Laboratory, project - the contents_

The propriety and selection of raw materials to production of ceramic materials, glasses, cements and composite materials on the basis of the minerał binders with determinate proprieties. Preparation of experimental specimens by a different techniques (casting slurry, plastic forming and pressing of powders). Determination of utility proprieties of these materials in connection with the production techniąue, their Chemical and minerał constitution, as well as structure and microstructure. Comparison of the utility proprieties of traditional and advanced ceramic materials.

Basic literaturę_

Roman Pampuch: Budowa i właściwości materiałów ceramicznych, AGH , Kraków 1995

Marian Kordek: Ceramika szlachetna i techniczna, AGH, Kraków 2001

Roman Pampuch i inni: Materiały ceramiczne dla elektroniki, AGH, Kraków 1993_

Additional literaturę_

A. Rusiecki, J. Raabe : Pracownia technologiczna ceramiki, Wyd. Szkolne i Pedagogiczne

Conditions of the course acceptance/credition Colloąuium to credit the student with the course