Artificial Satellites will earn deadly laser that could be used in war! ATL (Advanced Tactical Laser) Tactical Laser Weapon Silent and invisible laser beam is the new weapon of the USA hits his targets with a strong heat at a distance of 20 km is Scientists are already perfecting this technology and increased scope for this deadly Laser can be used in Artificial Satellites. .. The Advanced Tactical Laser (ATL) can fire at a rate sufficient for the aircraft (Hercules military transport) is not even sighted distance, especially at night. The laser was tested successfully a few months ago and has a level of unprecedented precision, and the ability to achieve the tires of a car to stop it, eg .. ATL 5.5 tonnes combined chlorine molecules and hydrogen peroxide to release energy, which in turn is used to stimulate iodine to release the intense infrared light. The new gun raises the possibility of plausible denial in any situation that may be used. Since there are no comparisons, it would be difficult to discern whether damage to a person or vehicle were the result of a laser beam. Adding to this the wide range of the weapon the United States could carry out a mission and still deny their role in it, according to official spokesmen. A second version, bigger, the weapon is already close to its first tests. A much larger aerial laser will aim to missile defense and will be loaded on a Boeing 747 Since the first artificial satellite, Sputnik, launched by the Soviet Union in 1957, with 83 kg and reached altitude between 225 and 950 km, more than 3,800 rockets and more than 4800 satellites were launched from Earth. We know that those who were thrown out for purposes of espionage. Of these, about 3,000 are in operation. Many exploded, yielding more than 100 000 fragments smaller than 10 cm, which can not be detected by radar here on earth. These fragments are space debris. Approximately 10 000 larger fragments are monitored from Earth, because they can cause serious damage to ships and satellites, manned or unmanned.
Posted on: Tue, 14 Oct 2014 11:15:47 +0000
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