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Originally posted by mockrock
Originally posted by seabhac-rua
Originally posted by mockrock
Originally posted by seabhac-rua
reply to post by mockrock
BS.
Surprising and unexpected things happen all the time. Science is always stumbling upon unforeseen actualities.
If the moon landings were real what? Read a history book.
The American Dream has nothing to do with this thread. Open your eyes.edit on 11-11-2011 by seabhac-rua because: (no reason given)
History is written by the victors..
So the Soviets just looked on and said "it was all a hoax.....so what....pass the vodka"?
Both sides had something to hide.. and were trapped into a mutual deterrent. By the time the Soviets realized, the US had faked the mission, the U.S had gained damaging info on the Soviet missions. This being that the Soviets were the first nation to lose a man in space, so both had information on the other which trapped them into a nondisclosure agreement.
Originally posted by mockrock
reply to post by mockrock
About those lunar lander feet?
Can anyone solve this ?
'Clingy' dust decides not to cling...
Originally posted by seabhac-rua
Originally posted by mockrock
reply to post by mockrock
About those lunar lander feet?
Can anyone solve this ?
'Clingy' dust decides not to cling...
From the photographs no dust appears to have settled on the lander feet.......WOW HOLY S**T
Gimme a break.
Originally posted by PsykoOps
Prove to me it is not possible. You make the claim now man up.
Originally posted by PsykoOps
Does not say anything about glinging to the lander feet there. Try again? Give up?
Originally posted by PsykoOps
Prove to me it is not possible. You make the claim now man up.
No there would be no inconsistencies if the landings were real. You only get bloopers in staged pieces.
Originally posted by ProudBird
Now......during the landing, in case you still don't understand, since there is no air on the Moon (it is a vacuum) the loose debris cannot "billow" as it does here on Earth....THAT is what you are accustomed to seeing, and you must think differently, to account for the alien environment of the Moon.
The loose bits, even very fine bits that we may term "dust", when they were affected by the descent engine's exhaust gases moved laterally....horizontally.....and, absent the atmosphere, could not "float" above the surface as you see here on Earth.
When they hit, in other words were blocked or stopped, by the legs and feet of the lunar lander, what happened to them?
Originally posted by ProudBird
reply to post by FoosM
You said "stones".....in the post above, but not in the portion of your post that I am quoting here.
At what point were "stones" ever mentioned.....?
When they hit, in other words were blocked or stopped, by the legs and feet of the lunar lander, what happened to them?
Regardless, and sorry if this is too difficult to understand (for some).....in most missions, the lander's descent engine was being shut-down shortly after the "CONTACT" light illuminated. "CONTACT" was triggered via the nearly two-meter-long probes on THREE of the four landing legs that would, once they contacted the surface, send a message to illuminate the big blue "CONTACT" light in the cockpit of the Lunar Module.
So here the 'moon dust' (sand) is flung up by the moon buggy
www.youtube.com...
inconsistent with what happened with the cardboard/foil lander feet...
Thats what the videos show.
SayonaraJupiter:
What I would like to know is who was the NASA person responsible for picking the lunar samples and creating the lucite-encased "gift rocks" that Spiro Agnew took with him on his Asian trip at the end of 1969.
DJW001:
Wow. They were able to encase rocks in Lucite in less than a month! Another smoking gun. Why do you want to know who picked the rocks? Do you suspect it was G. Gordon Liddy, or what?
January 1965 to August 1969
Chief of the Engineering and Operations, NASA Houston. Dr. Dawson served as Chief of the Engineering and Operations Branch of the Lunar and Earth Sciences Division at the Manned Spacecraft Center from 1965 to 1969. His primary duties included the establishment of the Lunar Receiving Laboratory as an operational facility. This task consisted of preliminary design of the facility establishing the scientific requirement and implementing the design, fabrication, installation and operation of the scientific systems for the Biological, Physical Chemistry, Radiation Counting, Gas Analyses and Vacuum Laboratories. Dr. Dawson was also responsible for the establishment of staffing and managements requirements of the laboratory, initiating the service contract ad management plan and served as the Technical manager for the service contract. This included the technical and administrative supervision of 85 professionals and 141 technicians who support the Divisions technical programs and operated the Lunar Receiving Laboratory. In addition to the scientific areas above, Dr. Dawson was also responsible for flight control for all processes, design and fabrication, total productive and preventative maintenance programs, chemical quality control of all flow processes including affluent, administrative control over 8.9 million dollar budget and technical management for planning product requirements, lunar sample handling and analyses and implementation of sample distribution plan. Also, Dr. Dawson was heavily involved in the Management of the Research and Development and service contracts for the Lunar Receiving Laboratory equipment systems developed by other Principle Investigators at Universities and Industrial Research Laboratories.
The biggest problem was, too, is that when they got it all in, we had the same kind of rocks out in the backyard. The only difference was, there was less water in the lunar samples, but it looked just like the rocks we'd collected all over the world. So to a lot of the scientists that was a great disappointment.
...and we found nothing really different, other than they had a lot less water.
Luis Alvarez, as I say, they gave him three million, but he was a Nobel Prize winner.
The basic research, I think, was the greatest thing that came out of the space program. [President Richard M.] Nixon killed it, really, in [19]'68. He stopped all the research contracts going out and held them to play politics with them in the primaries, so it never really got started again like it had been.
We had probably the best engineering design staff in the world ever assembled, was at [The] Boeing [Company], and trying to keep them together to get into the Shuttle work, they were designing desks, gray desks and stuff like this for the government, but the problem is, when you pull the drawer out, the drawer come out 13.00000 inches, and that probably cost 10,000 dollars to build a desk to their specifications.
It became obvious, so we just implemented in an oil company, oil search.
Right now we've got a running battle with the great scientists because the Earth looks just like the Moon, except we have vegetation on it.
Turn it off for a second. [Tape recorder turned off.]
...that's the biggest disappointment, is that they didn't use, still haven't used a lot of the technology they developed. But it started in on the electronics. Of course, that was the base. NASA's the reason of all electronics that have been developed to date.
DAWSON: Joe Piland probably was the greatest, because the way he managed things, everything got done. No nonsense. I learned an awful lot from him of how to conduct what we were doing. I applied his techniques to this Landsat thing and it worked. We did with five men and NASA was sitting there, in fact, we were doing work for NASA, satellite work for NASA, and they had all the big computers and hundreds of people involved, we were sitting up here with five people and two mini computers and could outperform them every time. That's because we had no bureaucracy to go through, we didn't have to ask anybody's permission. You had a task, you did it. That's the way it was with NASA up until the time they landed on the Moon. Then it turned into a bureaucracy.
We got tickled, and we spilled it all over the floor. We had plenty left to do our experiment, but NASA was very particular about returning every little bit. So I figured that whoever gets that sample twenty-five years from now, will say, "Look! Organics!" because there's floor sweep all over it.
We wrote a letter, we told them what happened and whatnot, but some of the guys down there afterwards said that, boy, they tore that letter up quicker than anything. They didn't want people to realize. Like we're talking about the bugs on the Moon, we may have organics in lunar samples here and everybody will say, "Oh, we missed it."
BERGEN: When you worked as the principal investigator working with the lunar samples, did you find anything that surprised you?
DAWSON: Yes, almost got us excommunicated from NASA. They had a sample that they called the Genesis rock, and we had it, had a piece of it. We split it to do our experiments. When we did, we found that there was a glass sphere, little bitty, of course, but there were little bitty glass spheres in the sample. Now, for that glass to form like that, like they form marbles now, they melt the glass and drop it, and they drop into usually warm oil or something. But when it's in the air, the surface tension pulls it and it's round. So that had to be done without touching anything.
We also found some that were dumbbells, where the two glass pieces have plugged together. So that meant there were some mixing when this occurred. Also one of these had been hit by something and there was a groove across one end of the dumbbell, where something solid had hit it
9 November 2000 20
Johnson Space Center Oral History Project James P. Dawson
before it completely solidified.That's fine, except we also found perfect cubes of glass, and to form a perfect cube of glass takes extremely slow cooling, with absolutely no interference.