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- W2024990039 abstract "Beschrieben wird die Charakterisierung und Verdichtung von verschiedenen Zusammensetzungen nanoskaliger Pulver aus dem Al2O3-SiO2-TiO2-System. Die uber das Hydrolyseverfahren und/oder Sol-Gel-Verfahren dargestellten Pulver werden nach chemischer Zusammensetzung und Morphologie, spezifischen Oberflachenwerten, Schutt-, Klopf-, Preslings- und Sinterlingsdichten charakterisiert, der Einflus der Pulvertrocknung und -kalzination wird gesondert ermittelt.Es ergibt sich das der Trockenprozes keinen verdichtungsrelevanten Einflus hatdas die Kalzination bie 1273 K/3 h zu restfeuchtefreien, agglomerierten Pulvern fuhrtdas die spezifischen Oberflachen der Pulver ebenso wie ihre Schutt-, Klopf- und Preslingsdichten mit steigendem SiO2-Anteil geringer, mit steigendem Al2O3- und/oder TiO2-Anteil dagegen groser werden unddas die Agglomeratbildung die Verdichtbarkeit nicht nachteilig beeinflust, wohl aber bevorzugte Konzentrationsbereiche fur die Herstellung hochdichter, risfreier Sinterlinge existieren.Bioinert implant ceramics Part III. The powder-technological densification of nanoscaled ultra-fine powders of the Al2O3-SiO2-TiO2-systemThe characterization and densification of different nanoscaled power compositions out of the Al2O3-SiO2-TiO2-system is described, which have been produced by the hydrolysis- and/or sol-gel-method. Beside their chemical composition their morphology, specific surfaces and densities before and after pressure application as well as sintering are measured and the effect of drying and calcination is investigated separately. The results provide clearly that drying parameters do not have any relevant influence on densificationthat calcination at 1273 K/3 h leads to agglomerated powders free of humid constituentsthat the specific surfaces of the powders as well as their density decrease with increasing SiO2-content and increase with increasing Al2O3- and TiO2-contentthat agglomeration does not disadvantageously effect the densification, but that favorized concentration regions exist which provide high-dense, crack-free sintered pellets." @default.
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- W2024990039 title "Bio-inerte Implantatkeramiken Teil III. Zur pulvertechnologischen Verdichtung nanoskaliger Feinstpulver aus dem Al2O3-SiO2-TiO2-System" @default.
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- W2024990039 doi "https://doi.org/10.1002/mawe.19960270508" @default.
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