➀ Fraunhofer Heinrich-Hertz-Institut (HHI) has developed a new method for producing thermally emissive surface structures using reactive gas-assisted nanosecond laser processing on aluminum alloys for spacecraft electronic boxes. ➁ The NanoBLAST project, funded by the Federal Ministry for Economic Affairs and Climate Action, aims to scale up and commercialize this technology. ➂ The project focuses on optimizing laser parameters and adapting the laser setup for real components with curvatures and recesses, marking a significant advancement in space-appropriate thermal regulation.
Related Articles
- Enhancing Heat Transfer with HPhP in Hexagonal Boron Nitride2 months ago
- There’s A Partial Solar Eclipse This Weekend That You Won't Want To Miss2 months ago
- European Space Agency looks ahead with ESA Strategy 20402 months ago
- Surrey SEL joins Satellite Applications Catapult’s UK wide network2 months ago
- Sensing fluids in space2 months ago
- UK Catapult and Voyager sign MoU for In-Orbit Servicing2 months ago
- Extended Fiber Optic Expansion with Passive Optical Networks: Fraunhofer HHI Initiates PONTROSA Project2 months ago
- UKSA boasts record European Space Agency contract wins3 months ago
- Gilmour Space’s Australian orbital rocket launch clears last hurdle3 months ago
- Quantum Repeater for Secure Quantum Networks: Fraunhofer HHI Launches QR.N Project3 months ago