New Refractory Alloy for Higher Efficiency in Turbines
Researchers in Germany have developed a new high-temperature refractory alloy that could significantly increase the efficiency of gas turbines, aircraft engines, and other advanced systems.
The alloy, combining chromium, molybdenum, and silicon, demonstrates a unique combination of ductility, heat resistance, and oxidation stability at temperatures approaching 2,000°C (~3,600°F).
High-temperature metals such as tungsten, molybdenum, and chromium are well-known for their heat tolerance but have inherent limitations. They are brittle at room temperature and oxidize rapidly when exposed to air, failing at temperatures as low as 600–700°C (~1,100–1,300°F).
Researchers develop chromium-molybdenum-silicon alloy that withstands extreme heat for turbines and advanced engines.
This new alloy promises to overcome these limitations, enabling the creation of more efficient turbines and engines.
Author's summary: New alloy increases turbine efficiency.
More News
- Government shutdown threatens CPG brands tied to SNAP and WIC
- Sony PlayStation 5 Power Saver mode slashes power by half | Club386
- Kymera Therapeutics, Inc.: Kymera Therapeutics Presents New Preclinical Data for KT-579, a First-in-Class, Oral IRF5 Degrader, at the American College of Rheumatology Annual Meeting
- Canada’s Lululemon Partners With National Football League
- Let me explain why I think Star Trek: Enterprise is set in J.J. Abrams' Kelvin Timeline
- Older Patients and Women Bear the Brunt of CTD-ILD Burden
- Tapering Methotrexate Is Feasible in Stable RA With Careful Monitoring
- Managing Benign Prostatic Hyperplasia: Your BPH Treatment Options
- Comet 3I/ATLAS approaching Sun SOON: Here’s what to expect
- Early TNF Inhibitor Use Improves Outcomes in Nonsystemic JIA