By: Manuel Luque Analyst
Taken from the newspaper El Comercio
August 19, 2009
NASA, commemorating 40 year-old man on the moon, this year sent two probes to explore for and determine the existence of ice trapped beneath the lunar crust. Would be discovered water availability and thus, by electrolysis, the possibility of obtaining hydrogen and oxygen.
artificial atmosphere would be created bubbles in closed structures, which serve as habitat to humans simulating the conditions of the Earth, buildings reinforced to withstand adverse conditions of large temperature differences in a day, with the environment under the impact of violent solar wind and ultraviolet radiation, alpha and beta heavy. To move from one habitat to another space would be used clothing refractory to radiation as a shield, would not feel the apparent weight of this clothing space because of the lesser gravity of the Moon (six times less than on Earth).
Electrical energy is generated with nuclear fission nuclear reactors, also with solar panels. Thermal energy solar concentrators, unable to burn fuel for lack of air. The lunar day, approximately 29 Earth days, affect the biorhythm of humans. The agency would have to adapt to 14 ½ Earth days with continuous sunlight and continuous 14 ½ Earth days without sun. The long lunar night, nearly 15 Earth days, could hamper the supply of energy, have debiéndose number of batteries that accumulate the energy. Exceptions are the lunar north pole (Always illuminated by sunlight) and the Shackleton crater (to the lunar south pole, with almost constant illumination). There would be implemented photovoltaic power generation systems to supply permanent habitats proposed.
fuel cells (fuel cells), which use hydrogen and oxygen obtained from the electrolysis of water, represent an additional source of power generation for transportation in vehicles driven by electric motors. To produce food, long periods of darkness on the moon would be overcome with artificial greenhouses heated, lighted, and equipped with pressurized oxygen. Humans have to adapt to the weightlessness of the moon. There would be a gradual weakening of the heart, not being forced to withstand the force of gravity, the heart muscle lose mass and blood pressure would drop, your heart rate would slow to a heart pumping less work, cell metabolism suffer transformations .
The Bionanotechnology and bioengineering it would provide solutions to the incorporation of nanomachines and nanobombas with biological nanomotors arteries, organs biosensors to selectively boost the blood to each organ according to the needs of blood flow and pressure in each, improving circulation to the weightlessness. We can not rule out the alternative of creating artificial gravity. Gravitational generators could create habitats with a rotation system which generates a centrifugal acceleration of gravity as imitation.
pejorative expression "living on the Moon" could be a reality, thanks to technology and the tenacity of humankind to explore new horizons
artificial atmosphere would be created bubbles in closed structures, which serve as habitat to humans simulating the conditions of the Earth, buildings reinforced to withstand adverse conditions of large temperature differences in a day, with the environment under the impact of violent solar wind and ultraviolet radiation, alpha and beta heavy. To move from one habitat to another space would be used clothing refractory to radiation as a shield, would not feel the apparent weight of this clothing space because of the lesser gravity of the Moon (six times less than on Earth).
Electrical energy is generated with nuclear fission nuclear reactors, also with solar panels. Thermal energy solar concentrators, unable to burn fuel for lack of air. The lunar day, approximately 29 Earth days, affect the biorhythm of humans. The agency would have to adapt to 14 ½ Earth days with continuous sunlight and continuous 14 ½ Earth days without sun. The long lunar night, nearly 15 Earth days, could hamper the supply of energy, have debiéndose number of batteries that accumulate the energy. Exceptions are the lunar north pole (Always illuminated by sunlight) and the Shackleton crater (to the lunar south pole, with almost constant illumination). There would be implemented photovoltaic power generation systems to supply permanent habitats proposed.
fuel cells (fuel cells), which use hydrogen and oxygen obtained from the electrolysis of water, represent an additional source of power generation for transportation in vehicles driven by electric motors. To produce food, long periods of darkness on the moon would be overcome with artificial greenhouses heated, lighted, and equipped with pressurized oxygen. Humans have to adapt to the weightlessness of the moon. There would be a gradual weakening of the heart, not being forced to withstand the force of gravity, the heart muscle lose mass and blood pressure would drop, your heart rate would slow to a heart pumping less work, cell metabolism suffer transformations .
The Bionanotechnology and bioengineering it would provide solutions to the incorporation of nanomachines and nanobombas with biological nanomotors arteries, organs biosensors to selectively boost the blood to each organ according to the needs of blood flow and pressure in each, improving circulation to the weightlessness. We can not rule out the alternative of creating artificial gravity. Gravitational generators could create habitats with a rotation system which generates a centrifugal acceleration of gravity as imitation.
pejorative expression "living on the Moon" could be a reality, thanks to technology and the tenacity of humankind to explore new horizons
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