h a l f b a k e r yIs it soup yet?
add, search, annotate, link, view, overview, recent, by name, random
news, help, about, links, report a problem
browse anonymously,
or get an account
and write.
register,
|
|
|
OK, so I know this idea is somewhat baked, but I liked it too much to pass up. I was doing studies in biology, and came across a section in my textbook covering plant and creature responses to increased psi. Apparently, 2x the atmospheric pressure is a very good thing for carbon-based life forms--it
helps us heal faster, it promotes growth (esp. plant growth), and all sorts of other benefits. My thoughts (although I was unsure as to how to do this on a large scale) were to create a city that is somehow pressurized to 2 times the normal pressure, and victims of various accidents can be sent here to heal. I know that this is sometimes used in the hospital, but what if it was a sort of glass-domed community that would look like an actual city to help the patient to recover in a more natural setting.
An added bonus: the plant life would be excellent! Think of perrenial veggies (if it were a tropical climate due to the green-house effect of the glass dome) that are HUGE.
Any-hoo, see what you think (this is my 1st post, so be kind)
Here's the concept
http://www.eya.ca/s...ightly/EcoDisas.htm
(where I got my idea) [benlevi7, Oct 05 2004, last modified Oct 17 2004]
Please log in.
If you're not logged in,
you can see what this page
looks like, but you will
not be able to add anything.
Annotation:
|
| |
Hmmm, I'll look into the
permutations of that. Sounds
interesting. And first time poster,
get a plus. |
|
| |
An underwater hospital perhaps - not only do you have the higher pressure, but also easy access to hydrotherapy, and it's very quiet and relaxing (unless you build it in a humpback whale breeding ground or something). Although it's not really the "natural setting" you were going for. |
|
| |
If high pressures are good for healing, I wonder if the low pressures of commercial aircraft cabins contributes to the spread of infectious diseases in flight. |
|
| |
welcome benlevi7 (funny name - never mind) |
|
| |
very interesting - do you have any links for us? |
|
| |
I am under pressure at work - it does not feel beneficial at all. |
|
| |
Great, acclimatize to 2,000mmHg... and then when you go out, your lowered haemoglobin levels leave you collapsed on the sidewalk. |
|
| |
does it also accelerate the aging process? |
|
| |
Might as well become Incan. Machu Picchu, here I come... |
|
| |
So keeping Volume of the atmosphere constant, the number of moles of gas in the atmosphere constant and as R is always constant, an increase in Temperature (caused by global warmaing) will cause an increase in Pressure. |
|
| |
Hopefully this increase in pressure will provide enough of a healing property to protect us against the extra UV radiation. |
|
| |
//keeping Volume of the atmosphere constant//
That's a shock. I didn't know the atmosphere was constrained on top. |
|
| |
i knew there would be a flaw in my thinking...doesn't the ozone layer keep the atmosphere in? |
|
| |
This idea is actually very easy to put into practice. Just build your city underwater. 30 feet down the pressure will be twice atmospheric, and no expensive containment will be necessary. <stretching out in my new submarine digs...hey, what's friendlyfire doing here?!> |
|
| |
Could do with learning to breath underwater first. |
|
| |
also [MO], even if the atmosphere was fixed in volume, the temperature in that equation is measred on the absolute scale (kelvin). therefore to get a pressure doubling you would need over to heat the earth to >300C... |
|
| |
Yeah, 30 feet or so underwater would do the trick but you would need air locks. |
|
| |
If the hospital was 12,000 feet underwater, or underground, you would not need the airlocks. |
|
| |