Národní úložiště šedé literatury Nalezeno 2 záznamů.  Hledání trvalo 0.01 vteřin. 
Preparation of thin wall ceramic hollow fibers by dip-coating
Gockert, Radek ; Maca, Karel (oponent) ; Salamon, David (vedoucí práce)
This master thesis deals with the production of ultrathin ceramic hollow fibers by dip-coating. Preparation of ceramic hollow fibres is nowadays limited by dimension of outer and inner diameter. Application of dip-coating for preparation of ultrathin hollow fibers is new and technologically demanding process that requires the choice of a suitable sacrificial template, while mastering the control of coating parameters. The basic materials selected with high application potential are hydroxyapatite and titanium dioxide. Self-supporting hollow fibers with wall thickness below 1 m were successfully prepared from both materials. Furthermore, dip-coating process of thin sacrificial templates was described. This method is unique because it allows the production of ultrathin ceramics fibers with an outside diameter below 100 m and a wall thickness below 1 m.
Preparation of thin wall ceramic hollow fibers by dip-coating
Gockert, Radek ; Maca, Karel (oponent) ; Salamon, David (vedoucí práce)
This master thesis deals with the production of ultrathin ceramic hollow fibers by dip-coating. Preparation of ceramic hollow fibres is nowadays limited by dimension of outer and inner diameter. Application of dip-coating for preparation of ultrathin hollow fibers is new and technologically demanding process that requires the choice of a suitable sacrificial template, while mastering the control of coating parameters. The basic materials selected with high application potential are hydroxyapatite and titanium dioxide. Self-supporting hollow fibers with wall thickness below 1 m were successfully prepared from both materials. Furthermore, dip-coating process of thin sacrificial templates was described. This method is unique because it allows the production of ultrathin ceramics fibers with an outside diameter below 100 m and a wall thickness below 1 m.

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