Lin Yangting News Today

By studying lunar samples retrieved during the Chang'e 5 mission to the moon, Chinese scientists have found that lunar soil grains retain more water implanted by solar wind at the middle latitude region than previously thought.

By studying lunar samples retrieved by the Chang'e-5 mission, Chinese scientists found that lunar soil grains retain more solar wind-implanted water at the middle latitude region than previously thought.

The model diagram drawn on Nov. 23, 2022 shows the implantation, preservation and diffusion loss of hydrogen from the solar wind.13 (Xinhua) -- By studying lunar samples retrieved by the Change-5 mission, Chinese scientists found that lunar soil grains retain more solar wind-implanted water at the middle latitude region than previously thought.

The model diagram drawn on Nov. 23, 2022 shows the implantation, preservation and diffusion loss of hydrogen from the solar wind.13 (Xinhua) -- By studying lunar samples retrieved by the Change-5 mission, Chinese scientists found that lunar soil grains retain more solar wind-implanted water at the middle latitude region than previously thought.

By studying lunar samples retrieved by the Change-5 mission, Chinese scientists found that lunar soil grains retain more solar wind-implanted water at the middle latitude region than previously thought.

Change-5 samples suggest exploitable water resources on the moon -

China Focus: Change-5 samples suggest exploitable water resources on the moon-

By studying lunar samples retrieved by the Change-5 mission, Chinese scientists found that lunar soil grains retain more solar wind-implanted water at the middle latitude region than previously thought.

BEIJING, April 15 (Xinhua) -- Lunar samples brought by China Change-5 mission have helped researchers to better understand the effects of latitude on space weat

Lunar samples brought by Change-5 mission shine light on space weathering-