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Chris James

Brooklyn, New York
As seen in: Story Indicate, CNN, CNN en Español, Medium, MSN, MSN Canada, Terra, The Sun, TIME, Yahoo News Australia, ABC News and
independent journalist / documentary filmmaker
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Articles

Artemis II crew will endure 3,000°C on re-entry. A hypersonics expert explains how they will survive

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By Chris James
| Daily Bulletin AU Verified
After successfully completing their mission to the Moon, the Artemis II crew is about to return to Earth. The four astronauts set a new record for how far humans have travelled from Earth, reaching a maximum distance of 406,771 kilometres from our home planet. Their journey back will culminate in a high-speed, hypersonic and extremely hot re-entry into Earth’s atmosphere before their spacecraft splashes down in the Pacific Ocean off the coast of California at roughly 8pm April 10 local time.
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Artemis II crew will endure 3,000°C on re‑entry. A hypersonics expert explains how they will survive

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By Chris James
| uq.edu.au
After successfully completing their mission to the Moon, the Artemis II crew is about to return to Earth. The four astronauts set a new record for how far humans have travelled from Earth, reaching a maximum distance of 406,771 kilometres from our home planet. Their journey back will culminate in a high-speed, hypersonic and extremely hot re-entry into Earth’s atmosphere before their spacecraft splashes down in the Pacific Ocean off the coast of California at roughly 8pm April 10 local time.
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Especialista em hipersônica explica como os astronautas da Artemis II podem sobreviver à reentrada na atmosfera

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By Chris James
| Terra Verified
A reentrada na atmosfera em alta velocidade, hipersônica e com temperaturas extremamente elevadas é o último desafio que a tripulação da Artemis II terá de enfrentar em sua épica missão de 10 dias Ilustração de uma nave espacial, rodeada por plasma alaranjado, ao reentrar na atmosfera terrestre: arrasto aerodinâmico é usado como um freio para desacelerar a nave, que chega na atmosfera a uma velocidade de mais de 40.000 km/h..
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