Tato diplomová práce se zabývá využitím vysokoteplotního dilatometru při slinování pokročilých keramických materiálů. V rámci diplomové práce byl vytvořen software, který využitím několika dilatometrických slinování dokáže pomocí konceptu Master Sintering Curve vypočítat aktivační energii slinovacího procesu. Tento software byl ověřen na čtyřech různých keramických materiálech, u nichž byly stanoveny následující aktivační energie slinovacího procesu: 990kJ/mol pro tetragonální ZrO2 (dopovaný 3mol%Y2O3), 620kJ/mol pro kubický ZrO2 (dopovaný 8mol%Y2O3) a 640kJ/mol respektive 720kJ/mol pro Al2O3 s rozdílnou velikosti částic.This diploma work is focused on exploitation of high-temperature dilatometry in sintering of advanced ceramic materials. ...
The diploma thesis deals with influence of fast pressure-less sintering on the microstructure of adv...
Dilatometry is defined as the dimensional change of a solid specimen recorded during temperature sch...
Modern ceramic materials are of a key function in a number of applications in all industrial sectors...
This diploma work is focused on exploitation of high-temperature dilatometry in sintering of advance...
Sintering is a one of the key step in a processing of bulk ceramic materials. New sintering methods ...
A practical method for the construction of MSC is presented in the paper. With the help of a few dil...
This article summarizes the usage of high-temperature dilatometry in ceramic processing and powder t...
V předložené diplomové práci bylo studováno slinování hexagonálního Al2O3 a kubického MgAl2O4 pomocí...
Abstract. A new method for the optimisation of sintering processes makes use of the possibilities of...
This bachelor's thesis deals with the literature search on preparation of advanced ceramic materials...
This article summarizes the usage of high-temperature dilatometry in ceramic processing and powder t...
This thesis is focused on the effect of modification of ceramic surface on the sintering of the adva...
Poslední dobou vzrůstá zájem o nové technologie a postupy týkající se zlepšení mikrostruktury pokroč...
U radu su korišetni uzorci aluminij oksidne keramike koji su oblikovani lijevanjem stabilne suspenzi...
Dilatometry is defined as the dimensional change of a solid specimen recorded during temperature sch...
The diploma thesis deals with influence of fast pressure-less sintering on the microstructure of adv...
Dilatometry is defined as the dimensional change of a solid specimen recorded during temperature sch...
Modern ceramic materials are of a key function in a number of applications in all industrial sectors...
This diploma work is focused on exploitation of high-temperature dilatometry in sintering of advance...
Sintering is a one of the key step in a processing of bulk ceramic materials. New sintering methods ...
A practical method for the construction of MSC is presented in the paper. With the help of a few dil...
This article summarizes the usage of high-temperature dilatometry in ceramic processing and powder t...
V předložené diplomové práci bylo studováno slinování hexagonálního Al2O3 a kubického MgAl2O4 pomocí...
Abstract. A new method for the optimisation of sintering processes makes use of the possibilities of...
This bachelor's thesis deals with the literature search on preparation of advanced ceramic materials...
This article summarizes the usage of high-temperature dilatometry in ceramic processing and powder t...
This thesis is focused on the effect of modification of ceramic surface on the sintering of the adva...
Poslední dobou vzrůstá zájem o nové technologie a postupy týkající se zlepšení mikrostruktury pokroč...
U radu su korišetni uzorci aluminij oksidne keramike koji su oblikovani lijevanjem stabilne suspenzi...
Dilatometry is defined as the dimensional change of a solid specimen recorded during temperature sch...
The diploma thesis deals with influence of fast pressure-less sintering on the microstructure of adv...
Dilatometry is defined as the dimensional change of a solid specimen recorded during temperature sch...
Modern ceramic materials are of a key function in a number of applications in all industrial sectors...