A Satellite description of 1 Satellite in NASA, mainly to Real 2
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A satellite died for decades suddenly leaving a loud radio pulse fired in the short things in the sky. Astronomers think flash can cause a freak micrometorite effect or a random spark.
NASA’s 2 satellite relay is one of the first Satellites operatelaunched in 1964 as an experimental communication device. The ones stopped using it next year, however, and satellite electronics stopped working thoroughly in 1967, left dead metal forever.
Therefore Kidnong james In the Curtin University of Australia and his companions who are confused if, almost 60 years ago, they found a short, rapid radio waves from the open location of satellites.
James and his team scans the Australian Square Genertresne Pathfinder (Antap), a row of radio telescopes, mysterious radio bursts, mysterious radio bursts from other galaxies.
On June 13 June last year, they saw a signal that seems from our galaxy. “If nearby, we can study it through optical telescopes, so we all look forward to, thinking there may be a new pulsar or other thing,” says Ckanner.
But with more inspection, the signal appears to be very close to the ground that Akap cannot look at all telescopes it once – like a telephone camera with adjacent items. This means that it should be from within 20,000 miles[20000kilometersoftheworldsaysClancyResearchersalsoknowthatthesignalisveryshortlivedwithno30nanoseconds”Thisisaverylowradiopulsethatisallthebestinheavenforaveryshorttime”saysCkanner
If they track the signal where it comes from and compares it with the known Satellite positions in the sky, they find a significant explanation – the relay 2 satellite. Since the satellite is no longer acting, the Kong-Skyny and his team thinks it is from an external activity with a satellite flashing satellite – or a micrometatic with a satellite sparkling satellite
The difference is very difficult between two situations, as Karen Apllin At the University of Bristol, UK, as the radio signal made the same look similar. However, it can be used to monitor future electrostatic discharges from satellites, he said. “In a world where there is a lot of waste space and there are many small, low satellites with limited protection of electrostatic dischartiquates in order to identify electrostatic dischartiquatic in space,” he said.
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