U.S. Lunar Reconnaissance Orbiter sent back the first high-definition photos (Figure).

<P> <CENTER> </ CENTER> <P> </ P> <P align=center> ball Reconnaissance Orbiter June 30 carrying the camera turned to shoot and pass back </ P> <P> <CENTER> .</ CENTER> <P> </ P> <P> first photo is the moon shot near the boundary between night and day, to capture the result to form shadow, but also highlights the topographical features of the moon. .</ P> <P> Beijing July 3, according to the U.S. connection site NASA Lunar Reconnaissance Orbiter June 30 carrying the camera turned to shoot the moon and return the first high-definition photo. .</ P> <P> learned, Lunar Reconnaissance Orbiter (LRO) equipped with two cameras, a low-resolution wide-angle camera, the other is high-resolution camera. .Lunar Reconnaissance Orbiter returns first photo is the moon shot near the boundary between night and day, to capture the result to form shadow, but also highlights the topographical features of the moon. .Photo shows a very uneven surface of the moon, but the fact that this region with the Apollo 16 landing area is very similar to the high ground. .</ P> <P> Lunar Reconnaissance Orbiter, a task for future manned lunar landing mission to find the right point, it undertakes the investigation resources of the Moon, survey the lunar environment task. .With the images it returns, the scientists will be able to draw high-definition three-dimensional lunar map. .It will explore the moon with a 1 year period, and with many years of scientific research work for future manned missions to prepare. .Lunar Reconnaissance Orbiter carrying a total of 7 large scientific instruments, namely, the effects of radiation cosmic ray telescope, the moon-ray, test prophet, Lyman - Alpha Mapper, Lunar Exploration Neutron Detector, Moon Orbiter Laser Altimeter, Moon .Reconnaissance Orbiter Camera, micro-radio technology displays. .</ P> <P> Lunar Reconnaissance Orbiter returns first moon photo is from the onboard high definition camera (Lunar Reconnaissance Orbiter Camera) shot. .Lunar Reconnaissance Orbiter Camera is developed at the University of Arizona in Tempe completed, can send back high-resolution black and white photographs the lunar surface, taking pictures of the lunar poles up to 1 meter accuracy. .Lunar Reconnaissance Orbiter Camera on the lunar surface can be color and ultraviolet photographs. .These photos will provide information on polar illumination conditions, to help find potential lunar resources and the danger zone, and help select safe landing sites. .</ P> <P> Lunar Reconnaissance Orbiter will be a minimum 19 miles above the lunar surface altitude, but most of the time, according to the lunar surface at 31 miles altitude polar orbit around the moon orbit. .Lunar Reconnaissance Orbiter sent back the first photos is to calibrate the camera while shooting. .</ P> </ p>.