Get Instant Summarized Text (Gist) A novel experiment on nuclear thermal rocket fuel coatings was conducted to advance NASA's Mars mission capabilities. The experiment tested zirconium carbide ...

Nuclear thermal propulsion, or NTP, is a potentially game-changing technology for NASA's crewed missions to Mars in the 2040 timeframe. NTP engines use a nuclear reactor to heat hydrogen to ultra ...

Brandon Wilson, Bryan Conry, Pavel Shilenko and Emily Hutchins gather around the Ohio State University Research Reactor before performing irradiation testing of the coated surrogate particles ...

Triggered by a conventional explosive, magnesium hydride decomposes thermally, releasing hydrogen that ignites into a ...

These systems offer high thrust levels similar to chemical rockets but with improved efficiency. Nuclear Electric Propulsion (NEP): This process converts thermal energy from a nuclear reactor into ...

The fuel coating is meant to protect the critical components of a rocket driven by a nuclear thermal propulsion—or NTP—system, whose reactor generates high levels of heat and radiation ...

has developed a new high-temperature testbed to advance research on nuclear thermal propulsion rockets. This comprises a high-temperature furnace that can be placed close to a reactor core to mimic ...

In a significant stride toward potential missions to Mars, a team from the Oak Ridge National Laboratory (ORNL) has made advancements in nuclear thermal rocket technology. The collaboration ...

China's PLA tests a clean-energy hydrogen bomb using magnesium hydride, signalling a shift in warfare tech to accommodate ...

This incredible speed is due to its nuclear fusion propulsion system ... longer and require much less fuel compared to traditional rockets. Sunbird has some pretty amazing potential uses; imagine ...