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NAME_1 Solar Probe will be immersed in the coronal plasma (an ionized gas of electrons, protons and heavier ions), where temperatures can reach more than a million degrees Fahrenheit. Temperatures in the Sun's corona, where NAME_1 Solar Probe will fly, spike upwards of 2 million degrees Fahrenheit, while the Sun's surface below simmers at a balmy 10,000 F. However, the coronal plasma has such a low density that the heat transferred to the probe’s shield is primarily from sunlight, which will heat it to approximately 2,500 degrees Fahrenheit (about 1,370 degrees Celsius). On the final three orbits, NAME_1 Solar Probe will fly to within 3.9 million miles  of the Sun’s surface—more than seven times closer than the previous record holder for a close solar pass, the Helios 2 spacecraft, which came within 27 million miles in 1976. Make no mistake, the environment in the Sun's atmosphere is extreme — hot, awash in radiation, and very far from home — but NAME_1 Solar Probe is engineered to survive. The spacecraft is outfitted with a cutting-edge heat shield  made of a carbon composite foam sandwiched between two carbon plates. The heat shield is so good at its job that, even though the front side will receive the full brunt of the Sun's intense light, reaching 2,500 F, the instruments behind it, in its shadow, will remain at a cozy 85 F.

Q: NAME_2 Solar Probe get hotter than lava?

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