Global Warming - The real cause and effect!
(PAGE TWO)

The following is an extract connected to NASA's attempts to protect astronauts whilst in space (About the Space Radiation Health Project)

The primary radiation sources in the outer space are the Galactic Cosmic Rays (GCR), protons and electrons trapped in the earth's magnetic field, and the Solar Particle Events (SPE). The background radiation of the GCR permeates inter planetary space and includes 85% of protons, 14% of helium and about 1% from high-energy (E) and high-charge (Z) ions called HZE particles. Though the HZE particles are less abundant, they posses significantly higher ionizing power with a greater potential for radiation induced damage and greater penetration power.

The next extract is on a similar topic entitled: Can People Go to Mars?

"We know how much radiation is out there, waiting for us between Earth and Mars, but we're not sure how the human body is going to react to it."

Researchers who did the study assumed the Mars-ship would be built "mostly of aluminum, like an old Apollo command module," says Cucinotta. The spaceship's skin would absorb about half the radiation hitting it.

We could build a spaceship using aluminum and head for Mars." (Aluminum is a favorite material for spaceship construction, because it's lightweight, strong, and familiar to engineers from long decades of use in the aerospace industry.)

Space radiation is a unique mix of gamma-rays, high-energy protons and cosmic rays. Atomic bomb blasts and cancer treatments, the basis of many studies, are no substitute for the "real thing."

The greatest threat to astronauts en route to Mars is galactic cosmic rays--or "GCRs" for short. These are particles accelerated to almost light speed by distant supernova explosions. The most dangerous GCRs are heavy ionized nuclei such as Fe+26. "They're much more energetic (millions of MeV) than typical protons accelerated by solar flares (tens to hundreds of MeV)," notes Cucinotta. GCRs barrel through the skin of spaceships and people like tiny cannon balls, breaking the strands of DNA molecules, damaging genes and killing cells.

Once the risks are known, NASA can decide what kind of spaceship to build. It's possible that ordinary building materials like aluminum are good enough. If not, "we've already identified some alternatives," he says.

How about a spaceship made of plastic?

"Plastics are rich in hydrogen--an element that does a good job absorbing cosmic rays," explains Cucinotta. For instance, polyethylene, the same material garbage bags are made of, absorbs 20% more cosmic rays than aluminum. A form of reinforced polyethylene developed at the Marshall Space Flight Center is 10 times stronger than aluminum, and lighter, too.

If plastic isn't good enough then pure hydrogen might be required. Pound for pound, liquid hydrogen blocks cosmic rays 2.5 times better than aluminum does. Some advanced spacecraft designs call for big tanks of liquid hydrogen fuel, so "we could protect the crew from radiation by wrapping the fuel tank around their living space," speculates Cucinotta.

The point of including this extract is to highlight some of the things that can help protect us from "Galactic Cosmic Rays", in particular Aluminium. For those who have taken an interest in "Chemtrails", they will know that the main compounds used in creating this effect are Aluminium and Barium (perhaps others too). A coincidence? We think not.

It would seem that the purpose of this "cloud seeding" may be an attempt to create an effect similar to a "Faraday cage". Faraday cages are often put to a dual purpose: to block electric fields and to block electromagnetic radiation. The latter application is known as RF shielding.

Some United States national security buildings are contained in Faraday cages, intended to act as a TEMPEST shield, and possibly also as a mitigation against electromagnetic pulse.

The door of a microwave oven has a screen built into the glass of the window. From the perspective of microwaves (with wavelengths of millimeters) this screen finishes a faraday cage formed by the oven's metal housing. Visible light, with wavelengths around half a micrometer, passes easily between the wires.

If you read our article mentioned on the first page (Chemtrails, Global Warming and our Solar System), you will note that we liken the Cosmic Rays to that of "Microwaves". The "seeding" that we are witnessing at the moment could act as a kind of shield. Some of the "Microwaves" would be deflected, but there would still be enough "holes" in the shield to let the heat (and light) escape.

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