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The Suppression <strong>of</strong> UFO Technologies <strong>and</strong> Extraterrestrial Contact 297<br />

In st<strong>and</strong>ard electrical switches the electrical insulation is some form <strong>of</strong><br />

plastic (hydrocarbon). All hydrocarbons can be oxidized if there is sufficient<br />

oxygen <strong>and</strong> heat to raise the temperature <strong>of</strong> some small portion <strong>of</strong><br />

that substance beyond the flash point. Bear in mind that an electric spark<br />

is a plasma. Indeed the temperature at the core <strong>of</strong> a large spark can be so<br />

high it is indeterminable.<br />

SPONTANEOUS COMBUSTION<br />

The phenomena we call spontaneous combustion is also oxidation. Under<br />

normal conditions oxygen in the air begins to oxidize almost any material.<br />

In fact what we call rust on metal is supposed to be very slow oxidation.<br />

If the material is insulated to any degree, the heat created by the<br />

process cannot escape as fast as it is generated. So the entrapped heat creates<br />

a small temperature rise which increases the rate <strong>of</strong> oxidation. If some<br />

or all <strong>of</strong> that increased heat cannot escape there is a self-escalating "loop."<br />

The temperature continues to rise until the flash point is reached. At that<br />

point the material concerned bursts into flame. That's "spontaneous"<br />

combustion.<br />

In an atmosphere containing a higher percentage <strong>of</strong> oxygen or a higher<br />

pressure the oxidation rate is greatly increased. It is well known that a pile<br />

<strong>of</strong> oily rags in an oxygen environment will burst into flame. In 100 percent<br />

oxygen any hydrocarbon or carbohydrate becomes potential fuel<br />

needing only a small spark or increase in heat to set it <strong>of</strong>f.<br />

THE TEST<br />

On January 27, 1967 astronauts Grissom, White <strong>and</strong> Chaffee approached<br />

Pad 34 where an obsolete model <strong>of</strong> the comm<strong>and</strong> capsule had been<br />

installed on top <strong>of</strong> an unfueled Saturn 1B rocket. 15 This was the same type<br />

<strong>of</strong> rocket that had carried the smaller <strong>and</strong> lighter Gemini capsules. The<br />

capsule itself was already outmoded <strong>and</strong> would be replaced before any<br />

Apollo missions were launched.<br />

However this was a full "dress" rehearsal. But somebody neglected to<br />

tell the maintenance people to clean out all the extremely combustible<br />

extraneous construction materials. The urgency <strong>of</strong> this test was simply<br />

that they were scheduled for a manned mission that had been repeatedly<br />

postponed. As we will see later, NASA had every intention <strong>of</strong> sending<br />

Apollo I, Grissom's mission, into space even though neither that Saturn V<br />

(actual moon rocket), nor the Apollo capsule, had ever actually been tested<br />

in space.<br />

Would you not have smelled a rat Perhaps Grissom was a bit worried<br />

because he got Wally Schirra to ask Joe Shea. NASA's chief administrator,<br />

to go through that with him. "Grissom still wanted Shea to be with

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