The key benefit is the ability to 3-D print this material, allowing the single-pass creation of highly complex shapes with lots of interior structure (internal voids).
The key invention is the strengthening of the material by dispersing a metallic oxide along crystal grain boundaries, thus "locking" the crystal structure in place in the presence of high temperatures.
As a bureaucracy, NASA is not remarkable any more. But its individual laboratories are still full of competent people.
Here's the raw information. https://ntrs.nasa.gov/api/citations/20230009039/downloads/GRX-810%20turbo%20expo%20-%202.pdf
The key benefit is the ability to 3-D print this material, allowing the single-pass creation of highly complex shapes with lots of interior structure (internal voids).
The key invention is the strengthening of the material by dispersing a metallic oxide along crystal grain boundaries, thus "locking" the crystal structure in place in the presence of high temperatures.
As a bureaucracy, NASA is not remarkable any more. But its individual laboratories are still full of competent people.