commercial solar electric
Helium 3 - How long will it take for commercial mining of lunar helium-3 in order to be feasible?
Elemental helium-3 is on the earth but plentiful on the Moon rare. (Although helium-3 a by-product decay of tritium and tritium can be produced by neutron bombardment targets of lithium, boron or nitrogen.) More abundant Helium-3 is assumed, on the moon are there (in the upper layer of regolith by the solar wind over billions of years, embedded) and the solar system giant planets (more than the original solar nebula left), although still in small quantities (28ppm of regolith helium-4 and 0.01 ppm is helium-3) D + 3He → 4He (3.7 MeV) + p (14.7 MeV) The Board of helium-3 fusion arises from the nature of the reaction products. Helium-3 itself is not radioactive. The lone high-energy protons can be produced containing be using electric and magnetic fields, which results in direct electricity generation. Physicists working on a method for the merger. (The temperature for the helium-3 fusion required is ten times higher than conventional DT fusion)
It is not, if we have a moon base and start from there, launch boats create. The problem with He-3 mining on the moon is that it is in lunar rocks contained in very small quantities. The cost of energy for a ship from Earth to the moon, my moon rock to start, D -> He-3 + n + 3.27 MeV. This response could also be used in a power plant and it is a win-win situation.
Solar System For Home Use - (SOLAR SYSTEM)
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