Atmospheric Reentry
Atmospheric reentry is the process of returning a spacecraft or satellite back to the Earth's atmosphere from space. During this process, the spacecraft experiences high temperatures and pressures due to the friction between the atmosphere and the spacecraft's surface. The spacecraft needs to be designed to withstand these extreme conditions and dissipate the heat generated during reentry. The angle of reentry and the speed of the spacecraft are critical factors that need to be carefully calculated to ensure a safe landing. The spacecraft may also need to deploy a parachute or use rocket engines to slow down and control its descent. Atmospheric reentry is a crucial aspect of spaceflight as it allows spacecraft to return to Earth with valuable scientific data and samples.
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