Meteor's, With iron,And other space debris on surface. Could be mined.
Yes, there are natural resources on the moon, including water ice, helium-3, rare earth elements, and metals like iron and titanium. These resources could potentially be mined and used in future space exploration missions or for supporting human settlements on the moon.
it is possible
Helium is typically mined by extracting it from natural gas deposits underground. When natural gas is extracted, the helium is separated from the gas using a series of processing steps. Helium can also be extracted as a byproduct of some nuclear reactions.
How do you mine helium3? well that's easy. We can mine helium 3 from the moon by just using a shovel. All you have to do is shovel it up from the moon's surfacec, and then bake to aprox. 600 degress C. The He-3 will come out and miners will have to isolate the gas and you will have He-3 to use. Now to keep it, it just has to be stored in tanks at sub zero temperatures.
Because the moon is layered with Helium 3
The Moon has a gas called Helium 3, which is useful for Nuclear Fusion.
Using helium in nuclear reactions.
some people feel it should be mined because;their Country has not have enough of this mineral or product/resource.
No, you only find limestone, oil, natural gas, helium, uranium, texas blue topaz, and other mined products.
One resource that does not come from Earth is helium-3, which is found on the Moon. Helium-3 is rare on Earth but abundant on the Moon, and is considered a potential fuel for future nuclear fusion reactors.
The Earth's Moon has an extremely thin atmosphere known as an exosphere. It is composed mostly of helium, neon, and hydrogen. The low gravity and lack of a magnetic field on the Moon allow its atmosphere to be easily swept away by the solar wind.
Helium on the Moon, particularly helium-3, is primarily found in the lunar regolith, which is the layer of loose, fragmented material covering the Moon's surface. It is believed that this isotope is deposited by the solar wind, as the Sun continuously emits particles that include helium-3. Concentrations are thought to be higher in areas that have been exposed to solar radiation for extended periods, such as the Moon's poles and in permanently shadowed regions. This resource has garnered interest for potential use in future nuclear fusion energy generation on Earth.