just need to incorporate it into something that is feasible to use while maintaining a minimalistic approach for weight and volume.
Although the wind can be extremely fast, the atmosphere itself is 1% of Earth's. A "tempest" on Mars is basically a strong breeze here. Enough to blow dust around (since zero humidity), but not much more.how much wider a "base" is needed for mars (to compensate for wind) etc.
This is the plot of WALL-E
BrutulTM has a good idea. I wonder if you could slag a round section with a nuke or laser. Would it melt and cool flat?
Now I wonder how's static electricity on mars, thx. No humidity and small dust particles, things must be getting wildAlthough the wind can be extremely fast, the atmosphere itself is 1% of Earth's. A "tempest" on Mars is basically a strong breeze here. Enough to blow dust around (since zero humidity), but not much more.
Now I wonder how's static electricity on mars, thx. No humidity and small dust particles, things must be getting wild
Sounds like a power source to me. Fields of conductive rods hooked into my martian Tesla.Neat.
"When Martian storms become particularly strong, the friction between dust grains causes them to become electrified, transferring positive and negative charges through static electricity. According to research led by planetary scientist Alian Wang at Washington University in St. Louis, this electrical force could be the major driving force of the Martian chlorine cycle. Based on their analysis, Wang and her colleagues believe this process could account for the abundant perchlorates and other chemicals that robotic missions have detected in Martian soil."
Dust Storms on Mars Generate Static Electricity. What Does This Do to Its Surface?
A new study shows how electrical discharges caused by Martian storms drives some major chemical processes on the planet's surface.www.universetoday.com