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Originally posted by FoosM
Outer belt extends up to 10 re, look it up. As a matter of fact I had linked that fact pages ago. Next thing you guys will do is accuse me of spamming. You want to make it shorter, go right ahead if it helps you sleep at night.
But for the sake of expediency:
The large outer radiation belt extends from an altitude of about three to ten Earth radii (RE) above the Earth's surface, and its greatest intensity is usually around 4-5 RE.
www.newworldencyclopedia.org...
Originally posted by ppk55
o'oh!
It seems Russia couldn't track Apollo after all. So they wouldn't know if it was fake or not. Big problem.
Here are Jarrah's latest videos. The guy this thread is about.
edit: and just for once, would the apollo believers at least watch ALL the videos before responding. If you're going to argue.. at least know what you're arguing about. Fair call don't you think.
[edit on 17-8-2010 by ppk55]
As an aside, a Google search for "argumentum ad youtubum" yields my declaration of the term as mine as it's first hit! I'm somebody now!!!!
Originally posted by ppk55
o'oh!
It seems Russia couldn't track Apollo after all. So they wouldn't know if it was fake or not. Big problem.
Here are Jarrah's latest videos. The guy this thread is about.
edit: and just for once, would the apollo believers at least watch ALL the videos before responding. If you're going to argue.. at least know what you're arguing about. Fair call don't you think.
"High energy protons travel at the speed of light...."
The Object-E payloads were sent to the Moon, far beyond the range of the satellite telemetry system. Luna-3, in 1959, represented the greatest challenge, because it contained a camera. It took 29 photographs of the far side of the Moon on 35mm film, which was automatically developed, fixed, dried, and scanned at 1000 x 1000 pixel resolution. Images were transmitted as low-bandwidth FM video on 183.600 MHz.
In 1959, work began on a massive facility designed to communicate with spacecraft sent to Mars and Venus. With less than a year to complete the project, Evgenii Gubenko headed the design and construction team for Riazanskii's bureau. The required range for radio transmission was 300 million kilometers, and was the world's highest capacity deep space communication system prior to the 64-meter Mars station at Goldstone in 1966.
Originally posted by DJW001
What a coincidence. Someone starts a thread on ATS about Russia's tracking abilities, it gets shot to pieces, and a few days later Jarrah does a video about Russia's tracking abilities. Why would Russia send up satellites if they couldn't track them? They sent probes to the Moon and Venus, they received telemetry from them and published the results. Why shouldn't they be able to track and monitor Apollo?
Source
In the early days of the space race, the Jodrell Bank observatory had the best steerable radio telescope available outside Russia, in a location that permitted tracking Soviet satellites. As a result, Lovell established a reputation as the Western world's foremost interpreter of Soviet space exploits—a reputation that he has maintained by using the skillful public-relations techniques demonstrated at Jodrell Bank last week.
Originally posted by Phage
reply to post by ppk55
Idiotic nonsense.
Russia was perfectly capable of tracking their spacecraft as well as the Apollo spacecraft.
As pointed out here:
www.abovetopsecret.com...
As usual, a single out of context quote leads to an absurd line of reasoning. From the Time Magazine article used as "proof":
Source
In the early days of the space race, the Jodrell Bank observatory had the best steerable radio telescope available outside Russia, in a location that permitted tracking Soviet satellites. As a result, Lovell established a reputation as the Western world's foremost interpreter of Soviet space exploits—a reputation that he has maintained by using the skillful public-relations techniques demonstrated at Jodrell Bank last week.
The problem is line of sight issues not russias tracking technology. Russia was not in line of sight of the moon when apollo 11 landed. Also russia wasn't in line of sight of its own probe when it crashed into the moon.
Originally posted by epsilon69
The problem is line of sight issues not russias tracking technology. Russia was not in line of sight of the moon when apollo 11 landed. Also russia wasn't in line of sight of its own probe when it crashed into the moon.
[edit on 17-8-2010 by epsilon69]
It shows why the soviets needed to use Jodrell Bank to track the satellite around the moon. "the Jodrell Bank observatory had the best steerable radio telescope available outside Russia, in a LOCATION that permitted tracking Soviet satellites."
Originally posted by DJW001
reply to post by epsilon69
The problem is line of sight issues not russias tracking technology. Russia was not in line of sight of the moon when apollo 11 landed. Also russia wasn't in line of sight of its own probe when it crashed into the moon.
Now I understand. After intermittently monitoring them for three days the Russians were on the wrong side of the Earth to receive the crucial broadcast of the landing. Undoubtedly the astronauts took advantage of this moment to rush back to the Earth and fake it all in a studio, then rush back to the Moon in time for the Soviets to re-acquire the signal. Brilliant.
Originally posted by Tomblvd
Originally posted by epsilon69
The problem is line of sight issues not russias tracking technology. Russia was not in line of sight of the moon when apollo 11 landed. Also russia wasn't in line of sight of its own probe when it crashed into the moon.
[edit on 17-8-2010 by epsilon69]
Neither was the United States, what's your point?
Originally posted by epsilon69
[
Exactly in the article it says one very very important thing. It shows why the soviets needed to use Jodrell Bank to track the satellite around the moon.
And yes they did need him to track their satellite during key hours of its mission.
In a sense, the USSR also used the capabilities of Jodrell Bank. In many circles the first Soviet lunar probe, Luna 1, launched on 2 January 1959, was simply not believed to have existed (See (8)). This must have annoyed the Soviet authorities enormously, despite the fact that the transmission frequencies were announced directly after launch. For their second successful launch they decided to try to engage Jodrell Bank as a source of independent verification of any claim of success. Therefore the USSR sent detailed instructions to Jodrell Bank how to find their second lunar probe, Luna 2, that was launched on 12 September 1959 and hit the moon the next day. Jodrell Bank provided scientific proof that Luna 2 actually reached the moon, and the USSR continued to provide pointing and frequency data to Jodrell Bank for a number of years.
Originally posted by Smack
reply to post by epsilon69
It shows why the soviets needed to use Jodrell Bank to track the satellite around the moon. "the Jodrell Bank observatory had the best steerable radio telescope available outside Russia, in a LOCATION that permitted tracking Soviet satellites."
So, you are conceding that they were able to track both our and their spacecraft and visa versa.
Great! That pretty much clears that up. Thanks!