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296 <strong>Suppressed</strong> <strong>Inventions</strong> <strong>and</strong> Other <strong>Discoveries</strong><br />

One would think that intelligent men with the "Right Stuff' would precisely<br />

know the pressures used. But either way, there were astronauts<br />

locked inside—practicing for their first Apollo mission. After the accident<br />

NASA claimed the test was SOP (St<strong>and</strong>ard Operating Procedure). In<br />

either case an idiot was in charge.<br />

If it was SOP, then the idiot was the <strong>of</strong>ficial who instituted <strong>and</strong><br />

approved this test program. If not, then it was the low level idiot in direct<br />

charge <strong>of</strong> the test who gave the order to proceed. I have no fear <strong>of</strong> a libel<br />

suit because <strong>of</strong> this accusation. The only legal defense in a libel suit is<br />

whether what you said was the truth, as determined by a jury. If you were<br />

on a jury <strong>and</strong> watched steel wool explode in a 16.7 psi 100 percent oxygen<br />

atmosphere what would you decide<br />

I find it hard to believe that this test was SOP. In fact, I suspect that it<br />

wasn't, simply because two men with the "Right Stuff' can't agree. NASA<br />

telling us after the fire that it was always done that way, doesn't prove a<br />

thing. NASA, like all political organizations, can always be counted on to<br />

say anything to better their position. Using pure oxygen at this pressure,<br />

once the panels were live, means that every launch was always one small<br />

spark away from disaster. Combustion in 100 percent oxygen even at low<br />

pressures, is extremely rapid. At higher pressures it becomes explosive!<br />

HIGH PRESSURE OXYGEN<br />

Consider this st<strong>and</strong>ard procedure: Burning a substance using high pressure<br />

oxygen is precisely the method used to determine the number <strong>of</strong> calories<br />

in that substance. The test procedure requires placing the sample in a<br />

strong steel pressure vessel called a "Calorimeter Bomb." The "Bomb" is<br />

placed in an insulated container <strong>of</strong> water holding a known quantity <strong>of</strong><br />

water at a known temperature. There is an electrical sparking device inside<br />

the bomb <strong>and</strong> sufficient high pressure oxygen is added to insure complete<br />

combustion <strong>of</strong> the material.<br />

Even relatively wet foodstuffs are quickly reduced to ashes once the<br />

electric spark initiates combustion. This process produces high pressures<br />

in the steel chamber. That's why it's called a Calorimeter Bomb. The heat<br />

transfers to the surrounding water <strong>and</strong> the rise in temperature using known<br />

parameters results in the quantity <strong>of</strong> calories (energy) in the substance<br />

tested.<br />

To get back to the discussion, every time an electric switch is thrown<br />

the induction <strong>of</strong> the electric current causes a tiny spark to jump between<br />

the two switch contacts. If the unit is explosion pro<strong>of</strong> (like the switches<br />

motors, <strong>and</strong> lighting fixtures used in hazardous or explosive locations),<br />

that spark is safely enclosed in a hermetically scaled container. If not anything<br />

near it that is combustible can burn.

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