This displaced material is referred to as “surface ejecta.” SpaceX Superheavy Booster and Starship 2nd stage lifts off from the launchpad during a flight test ... More from Starbase at Boca ...

The authors explained how they employed both thermal and visible imaging data collected by NASA's Mars Reconnaissance Orbiter to describe the crater and blanket of fragments, or "ejecta," thrown ...

By studying the rock and other materials blasted out of a crater in an impact, planetary scientists say they were able to learn about what lies beneath.

In a nutshell Scientists used computer simulations to show that the way debris spreads from small impact craters on Mars, called ejecta mobility, can reveal what’s beneath the surface, including ...

The ejecta transfers momentum, propelling the target away in an "action-reaction" fashion, much like a rocket launches when high-speed gas erupts from the rear of the vehicle. "One big question we ...

A team of planetary scientists has developed a promising new way to peer beneath the dusty surface of Mars and other planetary bodies. A new study finds that ejecta blankets—the layers of rock ...

The images indicate CO molecules are reformed behind the shock and may have protected the dust in the ejecta. Detailed Spectroscopy: The NIRSpec-IFU spectra of two significant areas in Cas A show ...

It seems that those photos from Chandrayaan-2's orbiter captured an "ejecta halo," a huge ring-shaped plume of moon dust that the latter-day lander's thrusters left in the lunar soil as they ...

Chandrayaan-3 Results: On August 23, 2023, as it descended, the Chandrayaan-3 Lander Module generated a spectacular 'ejecta halo' of lunar material. Scientists from NRSC/ISRO estimate that about 2 ...