<p>➀ Current oxygen production in space via water electrolysis faces inefficiencies in microgravity due to gas bubbles adhering to electrodes; </p><p>➁ Researchers developed a passive magnetic system using permanent magnets and magnetohydrodynamic forces to separate gas bubbles without mechanical components, increasing efficiency by 240%; </p><p>➂ The breakthrough, validated in microgravity experiments, offers a sustainable solution for future space missions, funded by DLR, ESA, and NASA.</p>
Related Articles
- Designer viruses may be used to produce logic3 months ago
- Dr. Costanza Lucia Manganelli Appointed Head of New IHP Junior Research Group4 months ago
- Connecting Quantum Computers Using Just Light1 day ago
- 800V Power Design Redefines AI Infrastructure2 days ago
- Compact SiP For Datacenter Management3 days ago
- Broadcom and OpenAI to collaborate on custom AI accelerators3 days ago
- Investing in Deep-Tech by Imec4 days ago
- Defending critical UK satellites from laser threats8 days ago
- Precise, smart, highly productive: Innovations for additive manufacturing from Fraunhofer ILT9 days ago
- Precise, Smart, High-Productivity: Innovations for Additive Manufacturing from Fraunhofer ILT9 days ago