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Originally posted by Smack
reply to post by weedwhacker
You forgot to add the despicable way they treat some of the most decent, heroic men ever to serve this country. It is truly slanderous.
Now why would somebody like Mueller waste his time visiting the set of 2001? He had five years to land men on the moon. Was he looking for tips?
Originally posted by AgentSmith
reply to post by bokonon2010
Why are you obsessed with your stupid thread? It's even more ridiculous than this one! I though it was a joke when I started reading it, then I realised you're serious
Every time I see that video I cringe.
Guilty Guilty Guilty
Everything about their body language screams lies.
I know what you have posted, and what you posted did not back-up your claim that JW lied in his video. If you continue dodging this issue, then you will look like a liar yourself. So if you have evidence provide it, otherwise, retract and apologize. Real evidence would include posting the original video for example or JW admitting he edited the video.
Originally posted by DJW001
reply to post by FoosM
Every time I see that video I cringe.
Guilty Guilty Guilty
Everything about their body language screams lies.
Exactly how I feel about Jarrah White. The stress in his voice is unbelievable... it's not like he just spent ten days in space and is suffering from loss of body mass and muscle strength. At least he admits to being a liar.
I know what you have posted, and what you posted did not back-up your claim that JW lied in his video. If you continue dodging this issue, then you will look like a liar yourself. So if you have evidence provide it, otherwise, retract and apologize. Real evidence would include posting the original video for example or JW admitting he edited the video.
I did exactly what you asked of me, using Jarrah's own words and objective evidence:
www.abovetopsecret.com...
You seem to have forgotten that. You just changed the topic without acknowledgement or apology. Then you have the nerve to call other people liars. The subject of this thread is "Young Aussie Genius...." Do you have nothing to say in that young Aussie genius' defense?
Jarrah took advantage of the editing process necessary to meet Youtube's Flash player requirements to alter the content as well as break up the length.
Now I, and many others, discovered JW on Youtube, and that video he has posted is the only video Ive seen. Any discussion about his videos I assume is in regard to his YT videos, the ones that most of us are familiar with.
Those astronauts, who claimed to have landed on the moon, a once in a lifetime dream, do not believe in what they are claiming. That much is sure.
Any person would not be able to contain their joy at what they have experienced. They all should have been uncontrollable grinning from ear to ear ready to share to the world what they have witnessed.
Originally posted by weedwhacker
There isn't any connection, in that last post, to anything to do with "Jarrah 'White Noise' White" ( ) or his crap YT videos.
IN FACT, it has no connection to any of the Apollo "hoaxists" beliefs at all.
Google Video Link |
James Van Allen tells us that one of the most obvious clues NASA’s Apollo spacecrafts were incapable of sending men to the moon is the spacecrafts were equipped with windows. James Van Allen stated “the windows installed on the spacecraft would provide the astronauts basically no protection against the deep space deadly radiation and any attempt to travel beyond earth’s inner orbit would mean instant death for the astronauts.” The lecture started with Charlie Hawkins introducing his friend and mentor James Van Allen.
The presence of lead is used in glasses absorbing gamma radiation and X-rays, used in radiation shielding (e.g. in the cathode ray tubes, where lowering the exposure of the TV viewers to soft X-rays is of concern).
Glass with even higher lead oxide contents (typically 65%) may be used as radiation shielding because of the well-known ability of lead to absorb gamma rays and other forms of harmful radiation.
Medical use of Lead Glass: Lead glass can be used for X-ray observation equipment, electron beam/plasma generators and X-ray TV detectors. Lead glass protects doctors and staff from X-ray irradiation with no glass discoloration or deterioration in viewing quality. Use of the larger size LX windows facilitates remote control of X-ray equipment.
Industrial use of Lead Glass:
Used to protect people from airport luggage inspection equipment in airports, and from radiation testing equipment or radioactive industrial products at industrial sites.
Nuclear use of Lead Glass:
Leaded glass can be used for observation windows at radioactive storage stations, nuclear fuel development and reprocessing plants, and for applications near nuclear reactors.
LX-57B Lead Glass for Radiation Shielding
Thicknesses: 8 mm, 11 mm, and 14 mm.
National Bureau of Standards: Comply with the recommendations of the National Council on Radiation Protection and Measurement (NCRP) Report No. 49 "Structural shielding Design and Evaluation for Medical use of X-Rays and Gamma Rays of Energies up to 10 MeV
Without this type of glass watching TV would be very dangerous. A television produces X-rays that must be absorbed, otherwise they could in the long run cause health problems. The X-rays are absorbed by glass with minimum amounts of heavy oxides (lead, barium or strontium). Lead glass is commonly used for the funnel and neck of the TV tube, while glass containing barium is used for the screen.
All CM inner-structure windows were made of aluminosilicate glass . and were thermally tempered to 25 000 psi MOR for the hatch and side windows and to 23 200 psi MOR for the rendezvous window. The two panes in each of the windows had the same thickness: 0.23, 0.25, and 0.20 inch for the hatch, side, and rendezvous windows, respectively.
The structural design philosophy for the LM windows was to provide a window ofminimum weight with maximum crew visibility, which led to the selection of the single-pane-window concept using chemically tempered glass. The design consisted of a singlestructural pane and an external pane for micrometeoroid and radiation protection
A small, but important type of glass, aluminosilicate, contains 20% aluminium oxide (alumina-Al2O3) often including calcium oxide, magnesium oxide and boric oxide in relatively small amounts, but with only very small amounts of soda or potash. It is able to withstand high temperatures and thermal shock and is typically used in combustion tubes, gauge glasses for high-pressure steam boilers, and in halogen-tungsten lamps capable of operating at temperature as high as 750oC.
This is part 2 of the James Van Allen Lecture and Charlie Hawkins lecture where these two scientists tell us why NASA's moon landing could not have been real. The audio is currently encrypted and we will unlock it once we receive adequate compensation for uncovering this rare historical artifact. We are also willing to considering an exclusive with a news network like CNN, Fox News, and China Daily News for $1,000,000 US.
Google Video Link |
Originally posted by FoosM
So, can somebody educate us on how the windows of Apollo managed to block harmful radiation of the sun?
Because at this point, it appears Apollo was designed for LEO and not deep space.
Google Video Link |
Originally posted by DJW001
reply to post by FoosM
Now I, and many others, discovered JW on Youtube, and that video he has posted is the only video Ive seen. Any discussion about his videos I assume is in regard to his YT videos, the ones that most of us are familiar with.
Why do you assume that? I posted a quotation from him that indicates his revisionism. He has also left many posts in various forums to take into account as well. And why were you so intent on that one specific video? Are you privy to some inside information?
As for how astronauts are "supposed" to behave: where do you get that idea? Spaceflight is a harrowing personal experience. Can you truly predict how you would feel if you realized the crushing force of gravity would be mercilessly dragging you to earth for the rest of your life after having soared with the angels? Your willingness to project your own pre-conceived ideas of human behavior onto others is remarkable, to put it politely.
Originally posted by FoosM
Because at this point, it appears Apollo was designed for LEO and not deep space.
Originally posted by Phage
Originally posted by FoosM
So, can somebody educate us on how the windows of Apollo managed to block harmful radiation of the sun?
Because at this point, it appears Apollo was designed for LEO and not deep space.
Can anyone (you) explain how radiation from the Sun is any different in LEO than it is in translunar or lunar orbit?
Earth is largely protected from the solar wind, a stream of energetic charged particles emanating from the Sun, by its magnetic field, which deflects most of the charged particles. Some of the charged particles from the solar wind are trapped in the Van Allen radiation belt.
Orbits higher than low orbit can lead to earlier failure of electronic components due to intense radiation and charge accumulation.
Originally posted by Tomblvd
Originally posted by FoosM
Because at this point, it appears Apollo was designed for LEO and not deep space.
I gave up on Foos a long time ago when it became apparent that s/he was intent on nothing less than cementing his place as the internet's most clueless poster. (Although, I must admit, his cut-and-paste skills are unparalleled.)
Anyway, a bit of housekeeping, just for those who are enjoying our resident jester's implosion:
Apollo wasn't designed for "deep space", it was designed for cis-lunar space.
But that's another term Foos doesn't understand, and, true to his militant ignorance, will refuse to look up.
Tracking vehicles in low Earth orbits (LEO) is quite different from tracking deep space missions. Deep space missions are visible for long periods of time from a large portion of the Earth's surface, and so require few stations (the DSN uses only three, as of February 20, 2010). These few stations, however, require the use of huge antennas and ultra-sensitive receivers in order to cope with the very weak signals. Low earth orbit missions, on the other hand, are only visible from a small fraction of the Earth's surface at a time, and the satellites move overhead very quickly, which necessitates the use of a large number of tracking stations, spread all over the world. The antennas required for LEO tracking and communication are not required to be as large as those used for deep space, but they must be able to track quickly.
These differing requirements have led NASA to build a number of independent tracking networks, each optimized for its own mission. Prior to the mid 80's, when the Tracking and Data Relay Satellite System (TDRSS) satellites became operational, NASA used several networks of ground based antennas in order to track and communicate with Earth orbiting spacecraft. For the Mercury, Gemini, and Apollo missions, these were the primary means of communication, with the Deep Space Network (DSN) being assigned a supporting/backup role.
The DSN, as the name implies, tracks probes in deep space (more than 10,000 miles (16,000 km) from Earth), while TDRSS is used to communicate with satellites in low earth orbit.
The first EVA in deep space (not on the moon or in the Earth's orbit) was made by American Al Worden, on the return trip of Apollo 15. This was done two more times: by Ken Mattingly on Apollo 16 and by Ron Evans on Apollo 17.
Originally posted by FoosM
Originally posted by Tomblvd
Originally posted by FoosM
Because at this point, it appears Apollo was designed for LEO and not deep space.
I gave up on Foos a long time ago when it became apparent that s/he was intent on nothing less than cementing his place as the internet's most clueless poster. (Although, I must admit, his cut-and-paste skills are unparalleled.)
Anyway, a bit of housekeeping, just for those who are enjoying our resident jester's implosion:
Apollo wasn't designed for "deep space", it was designed for cis-lunar space.
But that's another term Foos doesn't understand, and, true to his militant ignorance, will refuse to look up.
Wow... I mention your name and *poof* like the The Great Gazoo you appear. Fascinating. Well why you are here, let me impress you some more with my C&P.
Tracking vehicles in low Earth orbits (LEO) is quite different from tracking deep space missions. Deep space missions are visible for long periods of time from a large portion of the Earth's surface, and so require few stations (the DSN uses only three, as of February 20, 2010). These few stations, however, require the use of huge antennas and ultra-sensitive receivers in order to cope with the very weak signals. Low earth orbit missions, on the other hand, are only visible from a small fraction of the Earth's surface at a time, and the satellites move overhead very quickly, which necessitates the use of a large number of tracking stations, spread all over the world. The antennas required for LEO tracking and communication are not required to be as large as those used for deep space, but they must be able to track quickly.
These differing requirements have led NASA to build a number of independent tracking networks, each optimized for its own mission. Prior to the mid 80's, when the Tracking and Data Relay Satellite System (TDRSS) satellites became operational, NASA used several networks of ground based antennas in order to track and communicate with Earth orbiting spacecraft. For the Mercury, Gemini, and Apollo missions, these were the primary means of communication, with the Deep Space Network (DSN) being assigned a supporting/backup role.
Ouch.
The DSN, as the name implies, tracks probes in deep space (more than 10,000 miles (16,000 km) from Earth), while TDRSS is used to communicate with satellites in low earth orbit.
How far away is the moon Tomblvd? Right. Ouch.
The first EVA in deep space (not on the moon or in the Earth's orbit) was made by American Al Worden, on the return trip of Apollo 15. This was done two more times: by Ken Mattingly on Apollo 16 and by Ron Evans on Apollo 17.
Ouch.
Yeah, we can see why you gave up.
en.wikipedia.org...
en.wikipedia.org...