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CHEMTRAILS%20-%20CONFIRMED%20-%202010%20by%20William%20Thomas

CHEMTRAILS%20-%20CONFIRMED%20-%202010%20by%20William%20Thomas

CHEMTRAILS%20-%20CONFIRMED%20-%202010%20by%20William%20Thomas

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Weather is all about energy transfer and the distribution of heat. One recipe for intensifying regional<br />

weather calls for adding iron oxide or carbon black to the atmosphere and allowing the sun to heat those<br />

particulates.<br />

Aimed at doffing Earth’s ionospheric cap, HAARP’s high-energy beam passes right through the<br />

atmosphere without heating it – unless something is added by USAF spray planes for HAARP to heat.<br />

Putting iron oxide into the atmosphere similar to the particles found in chemtrail fallout in Washington<br />

State, Tennessee and Ontario would help HAARP heat the weather-forming troposphere.<br />

Alternately, strands of extremely fine polymers could be sprayed into the upper atmosphere to be<br />

heated by HAARP. Wafting slowly earthward in thousands of gossamer strands to drape porches, power<br />

lines and police cruisers across the United States, this “cobweb-like” material would tend to disintegrate<br />

rapidly from moisture, handling and abrasion on the ground.<br />

After Environment News Service carried my story on advanced weather modification worldwide,<br />

HAARP’s inventor Bernard Eastlund wrote to say, “The experiments described by Thomas seem<br />

technically feasible. Recent work on polymeric additives for microwave absorption has been done for<br />

commercial curing applications so the polymer fibers are available.”<br />

Trying to imagine polymers sprayed aloft to hold heat, Eastlund said, “The choice of the polymer for high<br />

altitude heating experiments would be based on the ability to make low weight filaments that have<br />

aerodynamic properties that would allow them to stay in place for long periods of time.”<br />

HAARP’s inventor supplied addresses for two producers of polymer capable of being heated by<br />

intensely focused Radio Frequency beams. “The heat generation occurs by adding magnetic iron oxide<br />

powder to the polymer,” Eastlund explained. FREQUON-B-20 and F-5 PPS polymers “are sensitive in<br />

the 1-50 MHz regime. Note that the HAARP is between 2 and 10 MHz.”<br />

EASTLUND’S LATEST PLANS FOR HAARP<br />

In a direct contravention of EU protest, Eastlund says that his company ESEC has recently signed a<br />

contract with the European Space Agency “to review the weather modification potential of the HAARP<br />

facility in Alaska.”

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