Precursor Missions to Social orbiter (SolO)

The pioneering mission of SolO Solar Orbiter (SolO) is a solar orbit satellite with a major research focus on how solar energy creates and controls solar activity. In order to answer this question, I will study the solar wind formation in the sun, the transient phenomena of the sun and the eruption of the volcano, and the solar generator. SolO is far from the first solar center satellite and its research will be built on the very successful mission of the past. These include, but are not limited to, the Sun and the Solarosphere Observatory (SoHO), a joint mission of ESA and NASA, designed to investigate the outer and inner layers of the sun and observe the solar wind Hmm.

In 1968, NASA planned earth orbit missions, and then performed Apollo Headquarters, Service Module and Month Module Test Mission on Earth Orbit after Saturn V launch. It then passed the Deep Earth Orbit Test in 1969 and rehearses the last lunar orbit on the lunar orbit. If all goes well, Americans may land on the moon in mid 1969. May 18 - 26, 1969. The lunar mission mission It is a complete rehearsal of the lunar landing Moon module descends from the lunar orbit within 9 miles of the moon, then starts the engine and returns to the command and service module terminal. In addition to the actual landing itself, each system, each program is used for the actual lunar landing and works perfectly. They are ready to land in this month

In recent years, NASA 's Lunar Surveillance Orbiter (LRO) mission has returned an image of the moon (taken from orbit) showing the shadow of various Apollo landing ships. The LRO also acquired images of the five American flags on the moon from the six Apollo missions - the first planted flag - by the crew of Apollo 11 - only the accidental bombing of the rocket Later on the surface of the moon in 2009, the NASA 's monthly reconnaissance orbiter (LRO) returned the first image of the Apollo moon landing. These pictures show that the Moon landing ship of the Apollo project is on the moon. Since these images are intentionally acquired at low sun angles, you can see the shadow of the landing ship with a larger field of view. Enlarge image: Apollo of November's module, Eagle. Display image width: 925 ft (282 m) Enlarge image: Apollo 15 lunar module, Falcon. Display image width: 1,260 ft (384 m) Enlarge image: Apollo 16 Month module, Orion