c20H25N3o said:I'm afraid I cant take the credit for the knowledge. I read all about it from www.moongoatscheesefacts.com
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snake river rufus said:We are going to the moon (again) to build a base to make a mars landing possible.
http://spacetethers.com/radiation.htmlRadiation doses on the Apollo mission ranged from a minimum on Apollo 7 of about 0.40 rem to a maximum on Apollo 14 of about 2.85 rem. At first it would seem that since Apollo astronauts went through the Val Allen Belts twice and stayed under the legal limit for radiation workers that we could. However, it turns out that Apollo went through the very edge of the Van Allen Belts and that is why they got very little radiation. Apollo missions left LEO heading for the moon when radiation belts were 11 degrees South and they were about 28.5 degrees North, thus missing most of the radiation [Langton1969, page 134]. For a toss from a LEO-tether to a GEO-tether where both are over the equator we will go through near the middle of the Van Allen Belts.
Detailed simulation and examination of the radiation problem is possible with the SPENVIS - SPace ENVironment Information System web applet. It is possible to specify a level of shielding and a trajectory for the spacecraft and find out how much radiation would get inside the spacecraft. This applet uses MULASSIS - MUlti-LAyered Shielding SImulation Software which in turn uses GEANT4 which is a toolkit for the simulation of the passage of particles through matter.
Yes but then you must explain how the aliens that you believe in get through it.duendy said:to the sceptics here....explain about the van ellen belt tang. how is it we are told on one hand it is impossible for humans to survive going thru it, and one physicist at above site recokns ytou'd need so many metres of thick solid mterial between you and it, yet APollo 11 ('ELEVEN' shaman_....in'joke')....walls thicknss was much less than that papparently. so can you explain hows it the astronauts mnaged to survive such intense radiation...and not one has even got cancer?
Oh my!mars13 said:it produces gamma rays,ultra violet rays,x rays,and a bunch of other radiations.
Ummm... 16 seconds. Am I right?mars13 said:how long do you think a space suit will survive against an hbomb?
not the... no it can't be... not THE SUUUUUUN!mars13 said:...let alone THE SUN!!!!
Consider it compared.mars13 said:and compare the lander door to the size of a space suit with oxygen pack.
First true thing you've said in this post.mars13 said:and i think i started this thread,i posted my links on the first page i belive.
mars13 said:first off the sun is a fission reaction,its basicly a giant hydrogen bomb.
It's hardly like you're even near the "H-bomb."how long do you think a space suit will survive against an hbomb?
they didnt even have any radiation shielding,just three FOIL thinlayers of gold,no where near enough to stop a small dental xray,let alone THE SUN!!!!
and compare the lander door to the size of a space suit with oxygen pack.