Industrial exploitation of ceramic nanopowders is inhibited by their poor flowability and strong tendency to agglomerate. To achieve good flowability and die-filling characteristics, controlled agglomeration is required whilst the strength of the agglomerates is minimised so that they crush into primary particles when die pressed. Yttria stabilised zirconia nanopowders with a primary particle size of ~16 nm were obtained through different drying routes from an aqueous suspension and characterised in terms of flowability and agglomerate strength. [Continues.
International audienceSpray drying is widely used for producing granulated feed materials for compac...
There is a considerable current interest in learning how to process genuinely nanostructured ceramic...
The objective of this thesis work was to design ceramic paste systems that assist in achieving a hig...
Nanozirconia ceramics have great potential to be used in a range of applications from dental implant...
Granulation of nanostructured 3. mol% yttria stabilised zirconia using spray freeze drying was inves...
This work studies the spray drying and freeze drying of different nanosized ceramic materials and th...
Conventional ceramic forming routes have been adapted for the processing of ~16 nm, 3 mol% yttria st...
A new colloidal route leading to the production of ~99% dense 3 mol% yttria stabilized zirconia nano...
Owing to their extremely high specific surfaces and their high surface- to-volume ratios nanosized c...
This thesis was mainly concentrated on achieving the optimized formulation of doped and un-doped alu...
Spray drying is widely used for producing granulated feed materials for compaction process, which is...
The process fundamentals and granulate characteristics are outlined. Spray-freeze granulation of nan...
Our work describes an optimised procedure for granulating nanometric and fine micrometric particles ...
As starting materials two commercial nanosized zirconias doped with 3 mol% of Y 2O 3 were used: a po...
Thermal barrier coatings were manufactured by atmospheric plasma spray process from YSZ powders. The...
International audienceSpray drying is widely used for producing granulated feed materials for compac...
There is a considerable current interest in learning how to process genuinely nanostructured ceramic...
The objective of this thesis work was to design ceramic paste systems that assist in achieving a hig...
Nanozirconia ceramics have great potential to be used in a range of applications from dental implant...
Granulation of nanostructured 3. mol% yttria stabilised zirconia using spray freeze drying was inves...
This work studies the spray drying and freeze drying of different nanosized ceramic materials and th...
Conventional ceramic forming routes have been adapted for the processing of ~16 nm, 3 mol% yttria st...
A new colloidal route leading to the production of ~99% dense 3 mol% yttria stabilized zirconia nano...
Owing to their extremely high specific surfaces and their high surface- to-volume ratios nanosized c...
This thesis was mainly concentrated on achieving the optimized formulation of doped and un-doped alu...
Spray drying is widely used for producing granulated feed materials for compaction process, which is...
The process fundamentals and granulate characteristics are outlined. Spray-freeze granulation of nan...
Our work describes an optimised procedure for granulating nanometric and fine micrometric particles ...
As starting materials two commercial nanosized zirconias doped with 3 mol% of Y 2O 3 were used: a po...
Thermal barrier coatings were manufactured by atmospheric plasma spray process from YSZ powders. The...
International audienceSpray drying is widely used for producing granulated feed materials for compac...
There is a considerable current interest in learning how to process genuinely nanostructured ceramic...
The objective of this thesis work was to design ceramic paste systems that assist in achieving a hig...