Rene-NASA-Mooned-America
Rene-NASA-Mooned-America
Rene-NASA-Mooned-America
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Sunstroke / Chap. 15 p. 129<br />
paper-thin walls of the command module and LEM According to John Wilford the SWIP<br />
program (Super Weight Improvement Program) whittled the outer skin of the LEM until it<br />
was, "about the thickness of heavy-duty aluminum foil..." 8<br />
Despite all the weather stations and their modern equipment, radar, satellite observations,<br />
etc. any realistic meteorologist will admit that weather forecasting is still more an art<br />
than a science. Frequently it seems mostly inspired, intuitive guesswork when it turns out to<br />
be right. It seems the Old Farmer's Almanac, prepared a year in advance, is just as accurate<br />
as the 29-day forecast. Would you bet your life on tomorrow's weather forecast<br />
Solar flare prediction, of course, is not even as accurate as a weather forecast. By actual<br />
measurement, heavy-duty aluminum foil is a little over one thousandth of an inch. Would<br />
you want to bet your life on next weeks solar forecast while hiding behind such walls<br />
The following quote is from Prospects for Intersteller Travel by John H. Mauldin. The<br />
author worked for <strong>NASA</strong> on the Voyager missions, has a Masters in physics and a Ph.D. in<br />
science education. He writes:<br />
"By comparison, solar flares can deliver GEV protons in the same energy range as most<br />
cosmic particles but at much higher intensities. Increase of energy accounts for most of the<br />
increased radiation danger because GeV protons or their products will penetrate several<br />
meters of material." Mauldin goes on to say that, "Cosmic particles are dangerous, come<br />
from all sides, and require at least 2 meters of solid shielding around all living organisms."<br />
Mauldin then states, "Solar (or star) flares of protons, an occasional and severe hazard on the<br />
way out of and into planetary systems, can give doses of hundreds to thousands of rem over<br />
a few hours at the distance of Earth. Such doses are fatal and millions of times greater than<br />
the permitted dose. Death is likely after 500 rems in any short time, ..." 9<br />
I wonder if <strong>NASA</strong> told the astro-nots that Perhaps now, <strong>NASA</strong> will claim that leadlined<br />
shielding was carried on the LEM. Perhaps such mythical lead coffins were the real<br />
reason why they patiently scraped away layers of mylar to lighten the capsule And if the<br />
LEM had lead coffins wouldn't the command module have needed to carry three more Did<br />
they transfer two of the coffins back and forth<br />
It wouldn't matter if the shielding material was made of lead or not. Radiation shielding<br />
depends mostly on the mass and density of the material that is between the source and the<br />
victim. Lead is effective because of its high density. On an equal weight basis a layer of<br />
water is even more effective, despite its lighter mass, but lead is less bulky.<br />
Never mind, <strong>NASA</strong> had no need for lead coffins because according to them, "The TMG<br />
(thermal-meteoroid garment) part of the suit assembly also shielded them against those<br />
high-energy nuclear and electromagnetic particles that speed throughout the universe and<br />
would have a deadly effect when they strike human tissue if there were no atmosphere to<br />
slow them down and stop them." 10<br />
Wow! First of all the Van Allen Belts are the primary shield, and this <strong>NASA</strong> suit space<br />
fairy tale is a thing of beauty. If a dozen layers of ultra fine spun glass cloth, doped with<br />
<strong>NASA</strong> MOONED AMERICA! / <strong>Rene</strong>