The feasibility of manufacturing of solar cells on the moon for spacecraft applications is examined. Because of the much lower escape velocity, there is a great advantage in lunar manufacture of solar cells compared to Earth manufacture. Silicon is abundant on the moon, and new refining methods allow it to be reduced and purified without extensive reliance on materials unavailable on the moon. Silicon and amorphous silicon solar cells could be manufactured on the moon for use in space. Concepts for the production of a baseline amorphous silicon cell are discussed, and specific power levels are calculated for cells designed for both lunar and Earth manufacture
Accepting that oxygen, rather than gigantic gems or gold, is likely to make the Moon's Klondike, the...
It is well known that propellants produced at the points of destination such as the Moon or Mars wil...
Preliminary studies of the electrochemical properties of silicate melts such as those available from...
Lunar resource utilization has focused principally on the extraction of oxygen from the lunar regoli...
Current and projected technology is assessed for photovoltaic power for a lunar base. The following ...
Self-sufficiency of lunar operations is essential to establishment of an in-space economy. This work...
The European Space Agency’s vision is to establish a permanent research outpost on the lunar surfac...
In this work a preliminary study of the vacuum evaporation of silicon extracted from the lunar regol...
Production, power, and propulsion technologies for using oxygen and metals derived from lunar resour...
The work presented here shows that a solar power system can provide power on the order of one megawa...
The accessibility of material and energy off the Earth and the leverage that these nonterrestrial re...
Advanced photovoltaic/electrochemical (batteries or regenerative fuel cells for storage) power syste...
The international community is increasingly interested in returning humans to the Moon and this time...
The Moon Village and similar concepts are strongly reliant on in-situ resource utilisation (ISRU), p...
A self-sustaining settlement on the moon, or on other airless bodies such as asteroids, will require...
Accepting that oxygen, rather than gigantic gems or gold, is likely to make the Moon's Klondike, the...
It is well known that propellants produced at the points of destination such as the Moon or Mars wil...
Preliminary studies of the electrochemical properties of silicate melts such as those available from...
Lunar resource utilization has focused principally on the extraction of oxygen from the lunar regoli...
Current and projected technology is assessed for photovoltaic power for a lunar base. The following ...
Self-sufficiency of lunar operations is essential to establishment of an in-space economy. This work...
The European Space Agency’s vision is to establish a permanent research outpost on the lunar surfac...
In this work a preliminary study of the vacuum evaporation of silicon extracted from the lunar regol...
Production, power, and propulsion technologies for using oxygen and metals derived from lunar resour...
The work presented here shows that a solar power system can provide power on the order of one megawa...
The accessibility of material and energy off the Earth and the leverage that these nonterrestrial re...
Advanced photovoltaic/electrochemical (batteries or regenerative fuel cells for storage) power syste...
The international community is increasingly interested in returning humans to the Moon and this time...
The Moon Village and similar concepts are strongly reliant on in-situ resource utilisation (ISRU), p...
A self-sustaining settlement on the moon, or on other airless bodies such as asteroids, will require...
Accepting that oxygen, rather than gigantic gems or gold, is likely to make the Moon's Klondike, the...
It is well known that propellants produced at the points of destination such as the Moon or Mars wil...
Preliminary studies of the electrochemical properties of silicate melts such as those available from...