PROJECT TITLE: The science and technology of high emissivity coatings for outer space radiator applications — STECOSRA

Coordinator: National Institute for Laser, Plasma, and Radiation Physics -NILPRP 


Period: 29 November 2013 - 28 November 2016

Project director: Craciun Doina 

Project team:

Description: High-emissivity coatings of various materials will be grown using the Pulsed Laser Deposition technique to elucidate the relationship between the coatings structure, surface morphology, composition and the optical properties to optimize the emissivity for outer space radiator applications. 

The Combinatorial Pulsed-Laser Deposition, a powerful, rapid and inexpensive technique will also be used to obtain data libraries of complex multicomponent materials such as Al2O3+TiO2, ZrO2+TiO2+Y2O3, ZrO2+Y2O3+HfO2 or mixtures of ZrC, ZrN, TiC, TiN, SiC, DLC, and amorphous carbon, in order to select the mixture exhibiting the best combination of high emissivity and thermal stability / thermal shock resistance.

We will also study various ways of inducing texturing of the films through chemical, photochemical and laser irradiation of the substrates and / or film to increase the emissivity.

Once the best recipe for a (mixed) oxide is found, films will be deposited using industrial equipment

This research will provide a blueprint of materials, mixture of materials, nanocomposites and surface texturing processes to be implemented for the manufacturing of high efficiency thermal radiators tailored for specific applications on instruments and equipment that operate on satellites, orbit based IR telescopes, spacecraft or extra-terrestrial bases.

Project objectives:





Contributions to the STAR programme objectives:

Homepage: STECOSRA