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Displaying 1—10 of 1000 matches for query "A104._Would_structures_be_inside_domes_or_out" retrieved in 0.012 sec with these stats:
- "a104" found 1 time in 1 document
- "would" found 42637 times in 9226 documents
- "structur" found 2755 times in 1744 documents
- "be" found 50529 times in 10727 documents
- "insid" found 1328 times in 838 documents
- "dome" found 91 times in 63 documents
- "or" found 21946 times in 6355 documents
- "out" found 14154 times in 3695 documents
Structures can be put under domes, but constructing a dome on the lunar surface is a bit of an engineering challenge. A suitably-sized crater has to be found, the foundation has to be laid around ... gases needed to pressurize the volume. Domes are probably a bit farther ahead in the future than buried modules and underground warrens. Domes will likely be made out of lunar glass bricks, but other ...
The rim of the larger craters would appear similar to a range of mountains as seen from the surface. Traveling through them will be similar to traveling over a small mountain range ... ones (one mile or less in diameter) might someday be turned into domed habitats. The meteor crater in Arizona is a good example of how a smaller lunar crater would appear to astronauts on ...
... the adventurous, it will be the vacation of a lifetime. This type of trip will not be for the faint of heart. Imagine being strapped down in your seat inside a crew vehicle, ... hotel would include taking many physical, environmental and psychological tests. Guests may even be required to have training in simulators. Before the guests begin their journey, it would have to be determined whether or not ...
... some guests performing scientific research, their hotel stay could be for weeks or even months. It is conceivable in the future that people would actually live in these space stations for extended periods ... the same time it is short enough that micro-gravity would not seriously affect your body, like making your muscles weak or bones brittle. If you stay longer you will need to ...
... because they are not working against gravity. This would be similar to people who decide to sit in a chair all day without getting up, or lie in bed all day. Therefore, if they ate the same amount of food, they should be fatter. They would also be taller by one to three inches ...
... space we need an environment similar to what we have on Earth. It cannot be too hot or too cold. We also need a breathable atmosphere. We need protection from the dangerous ...
... Earth, and it may be the only one for a very long time. It would take a couple of years to go there and return, so it would be a really long vacation Big outer planets like Saturn and Jupiter are balls of gas, so it would not be ...
... suggests that the atmosphere surrounding the planet consists of toxic gases mixed with water. Humans would not be able to survive because of the extreme cold temperatures, high pressures, and toxic gases ...
... giant watermelon with the insides carved out—that would be the shape of one of the modules. It would have to be made out of materials that would be resistant to space particles, asteroids or meteors, and debris that might penetrate the watermelon's skin. The module's skin would also have to protect the guests from radiation, keep the oxygen inside ...
Inside a structure such as a space station or space hotel, sounds would work just as they do on Earth. The sound of a bank of computers may be an incidental environmental clue just like ... , say in an extra-vehicular activity (spacewalk) or on the Moon, there is no air, and thus no sound. Something else would need to be devised to handle those situations.
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