Canatu carbon nanotube-based filters exhibit strong potential for X-Ray filter applications in space. Canatu CNT-based filters provide high X-ray transparency, robustness and chemical inertness. Such properties effectively allow X-Rays to pass through whilst blocking other wavelengths in order to effectively procure accurate X-Ray imaging of celestial objects.
Exploring carbon nanotubes as X-Ray windows in the space industry
Since its inception, Canatu has thrived on its expertise in carbon nanotubes and utilizing their unique properties to revolutionize various industries and applications. Particular focus has been placed on automotive applications and ADAS heating elements, as well as expansion into the semiconductor industry.
However, there is immense potential to use Canatu CNT material in many other ways, such as in the space industry. One such application is using Canatu CNT-based filters as X-Ray windows with potential applications ranging from X-Ray telescope to X-Ray imaging.
X-Ray filter applications in space
Censoring X-Rays, which travel the furthest in space due to having the shortest wavelengths, allows one to see as far as possible into space to detect celestial objects.
For an instrument to detect X-Rays, it must be first taken to high altitude or into space by a telescope. An optimal filter must also remain highly transparent and robust to withstand the satellite launch.
Canatu CNT-based filter properties
Canatu CNT-based filters exhibit the necessary properties that would ensure accurate X-Ray imaging of celestial objects.
CNT-based filters have extremely high X-ray transparency, are robust enough to withstand to pressure differentials and mechanical vibrations and are chemically inert. These properties collectively suggest strong potential for X-Ray filter applications.
Enabling further visibility to space
In 2020, Canatu joined the European Space Agency (ESA) program to develop a Canatu CNT-based optical filter for space X-Ray applications. Under this project, Canatu develops, tests, and supplies prototypes of optical filters using the Canatu CNT. These filters effectively allow X-Rays to pass through whilst blocking other wavelengths so as to procure accurate X-Ray imaging of celestial objects.
The optical filter using Canatu CNTs is projected to travel onboard the future space telescope, Athena
The Athena, which is expected to launch in 2028, will study the hot and energetic Universe obtaining information about black holes and how they relate to the creation of galaxies and galactic clusters.
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Download SPIE Photomask + EUV Lithography conference proceedings to learn more about the versatility of Canatu CNT, the unique dry deposition process, common variations and application potentials for the free-standing CNT membranes.
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EUV pellicles are membranes used to protect the photomask from contamination while permitting high EUV transmission. EUV pellicles made of Canatu CNT offer unique benefits unparalleled by other materials. See product.
Our unique expertise is how we adapt CNT to different contexts and uses. The extensive customizability and versatility of Canatu CNT synthesis process allows us to create the most advanced carbon nanotubes for highly engineered solutions. Discover more.
Canatu CTO Ilkka Varjos presented free-standing CNT membrane platform technology at SPIE Photomask + EUVL 2021. His talk focused on the unique qualities of Canatu CNT, extensive customizability of the CNT synthesis and post-processing, and application potentials. See press release.