Project description
The main aim of this project is to characterize the high temperature behavior of multiscaled porous structures produced from a variety of oxide materials. The focus is especially on microstructural changes, including possible phase transformations and changes in the reflection of electromagnetic radiation.
By acquiring knowledge on the thermal behavior of these structures, tailored multiscaled materials will be developed for applications at very high temperatures. In particular, materials will be designed to preserve their porous structure and related properties at temperatures up to 1500 °C. The combination of hierarchically ordered and disordered materials, generating a multilayered system, as well as the controlled use of porosity to tailor the thermoelastic mismatch are hereby addressed.
The final objective is the development and characterization of novel thermal barrier coatings systems suitable for energy efficient future aeroengines and gas turbines.
Project leader | |
 | Dr.-Ing. Rolf Janßen, |
Keywords
self-assembly
ternary oxides
atomic layer deposition
thermal barrier coatings
interface stability
corrosion stability
Publications
1. R. Pasquarelli et al.: Enhanced structural and phase stability of titania inverse opals. J. Eur. Ceram. Soc. 35, 3103-3109, 2015 - with C1, C4
2. R. Kubrin et al.: Bottom-up fabrication of multilayer stacks of 3d photonic crystals from titanium dioxide. ACS Appl. Mat. Interfaces. 8, 10466-10476, 2016 - with C1, C4
3. E. Leib et al.: Synthesis and thermal stability of zirconia and yttria-stabilized zirconia microspheres. J. Colloid Interface Sci. 448, 2530, 2015 - with C6
... and more on the list of publications.
open as PDF.