Helium-3, is it a Feasible Source of Energy?

This survey included a new energy source called 氦 -3.氦 -3 is a rare strontium isotope that can be seen very small amounts on the earth. The problem is to find a wealth of resources, which may be the enormous accumulation of billions of a month. Considering that you can convert 氦 - 3 to energy very effectively, we believe some - 3 can be mined at a cost - effective price and brought in from the moon. Depending on the selected fusion process, helium 3 is also a clean, non-nuclear waste energy source.

氦 -3 is an isotope of strontium and may be one of the biggest game changers in the future. This is a nuclear fusion fuel with an energy yield of 12-18 MeV per reaction which is comparable to conventional 氘 - 氚 reaction, but does not emit neutron (only protons are released by reaction - 12 -) - 3 The reaction, its kinetic energy can also be used to increase the overall yield). Power generation based on He - 3 is not technically proven and criticized, but there are good reasons to do optimistic viewpoint.

This survey included a new energy source called 氦 -3.氦 -3 is a rare strontium isotope that can be seen very small amounts on the earth. The problem is to find a wealth of resources, which may be the enormous accumulation of billions of a month. Considering that you can convert 氦 - 3 to energy very effectively, we believe some - 3 can be mined at a cost - effective price and brought in from the moon. - Introduction Many researches on ice-based thermal storage systems have been reported on electric load distribution. In particular, in a dynamic thermal energy storage system, since cold ice slurry is used as a phase change material, cold energy can be supplied directly. In addition, ice slurries are suitable for heavy-duty thermal loads as they have a high melt heat transfer rate.

Ice water supplied by the moon is particularly abundant in Antarctica and will also be a stable source of water for settlers.氦 -3 is abundantly contained in the weathered layer of the moon so it is easy to harvest and it can be used in a fusion reactor to supply clean and stable energy to the colonies and the earth of the month. The lunar base also serves as a transit point for further duties to the solar system. NASA estimates that it can save billions of dollars by building a monthly outpost that can make hydrogen fuel using local water. Such an outpost is also an essential infrastructure when manned missions are set up on Mars and Mars settlements are built.