ApolloHoax.net
Apollo Discussions => The Hoax Theory => Topic started by: Aarontg on July 15, 2013, 01:14:36 PM
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Hey guys,I have a question:Didn't Gemini 11 go into the Van Allen belt?I know that they reached an altitude of 850 miles.I don't think that they felt any ill effects.Also,I know that Gemini 10 reached an altitude of 475 miles into the Van Allen belts and felt no ill effects.Anyway, let me know.
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When all else fails, this should be your "go to" site....
http://www.clavius.org/bibfunny2.html
Scroll down to the last photo and the accompanying text.
Also, more interesting reading
http://www.clavius.org/envrad.html
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Generally, if conspiracy theorists are aware of these missions at all, they just claim they are fake too as a matter of course. ::)
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I don't think that they felt any ill effects.
The astronauts on Gemini 10 and 11 were John Young, Michael Collins, Dick Gordon and Pete Conrad. It might be worth mentioning that three of them are still alive. Conrad is not, but his death (at age 69) was accidental and can't be attributed to radiation.
Just curious, but is your space bar broken or something?
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Just curious, but is your space bar broken or something?
What he means is, it is proper to include a <space> after each comma and period and other punctuation. It makes the text more readable.
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I don't think that they felt any ill effects.
The astronauts on Gemini 10 and 11 were John Young, Michael Collins, Dick Gordon and Pete Conrad. It might be worth mentioning that three of them are still alive. Conrad is not, but his death (at age 69) was accidental and can't be attributed to radiation.
And all of them had further doses of "deadly" van Allen radiation
John Young - Apollo 10 & 16
Michael Collins - Apollo 11
Dick Gordon - Apollo 12
Pete Conrad - Apollo 12
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I bet Pete Conrad got more radiation on his Skylab mission than on his Gemini or Apollo missions. Skylab was in a high inclination orbit and the missions were all much longer, both of which increased the total dose.
This would be even more so for Alan Bean, since his Skylab 3 mission was longer than Pete's Skylab 2.
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Yep, he did. And this is what people don't understand about radiation: a prolonged drizzle of it is more hazardous in the long run than a quick dose, even if it's higher.
The Gemini missions did not venture into the deepest, most intense regions of the Van Allen belts. But then neither did the Apollo missions. Nevertheless hoax believers who know of the Gemini missions try to argue that they didn't go deep enough into the Van Allen belts to know for sure they were passable, or to qualify as manned missions into them. That's all red herring, given the actual Apollo trajectories. Further, the model of the belts was derived from countless sounding rockets and from theory, not from the few Gemini missions.
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Hey Thanx for all the info.BTW, I have been to clavius.org
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Yep, he did. And this is what people don't understand about radiation: a prolonged drizzle of it is more hazardous in the long run than a quick dose, even if it's higher.
Just so. A lot of people don't seem to get the fact that the body heals itself after an exposure. The 'drizzle' exposure doesn't allow for time to heal.
It's sort of like scuba diving: in a given period of time, a single deep dive is less hazardous than several relatively shallow dives.
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Just so. A lot of people don't seem to get the fact that the body heals itself after an exposure. The 'drizzle' exposure doesn't allow for time to heal.
Object lesson this weekend at the Utah Shakespeare Festival. A light drizzle fell, and drenched us by the end of the play. USF employs a Globe-like outdoor theater. And the play was The Tempest, which made for some amusement.
But yes, the body can repair itself after a brief strong jolt, which affects the tissues you have at that moment. A "drizzle" of radiation may do less damage, but renews that damage all through the healing process by constant dosage absorption.
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Not to mention that a long duration mission is much more likely to encounter a sudden 'storm', like the one that occurred between Apollo 16 and 17.
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Not to mention that a long duration mission is much more likely to encounter a sudden 'storm', like the one that occurred between Apollo 16 and 17.
Indeed by all estimates if the Apollo astronauts had encountered that particular event the crew would have been seriously sickened or even incapacitated.