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That video is wrong. The mission sample catalogs show what containers held what samples:
Originally posted by FoosM
This guy makes the statement that, are you ready for this? That all 800 plus pounds of lunar samples were brought back on in two containers per flight.
Originally posted by nataylor
That video is wrong. The mission sample catalogs show what containers held what samples:
Originally posted by FoosM
This guy makes the statement that, are you ready for this? That all 800 plus pounds of lunar samples were brought back on in two containers per flight.
Apollo 11
Apollo 12
Apollo 14
Apollo 15
Apollo 16
Apollo 17
APOLLO-11 LUNARSAMPLE INFORMATION CATALOGUE
(REviSED)
"Preface to the 2nd edition COMPILED BY F.E.KRAMER, D.B. TWEDELL, AND W.J.A. WALTON, JR.
FEBRUARY, 1977
National Aeronautic and Space Administration
L YNDON B. JOHNSON SPACE CENTER
Houston, Texas"
Because of the short time allotted to Preliminary Examination, this type of information was sketchy, at best, and for the most part, non-existent.
" the low percentage of remaining sample and the lack of rock subdivision photography made recon-struction of the rock pieces impossible. Because the photographs taken during the PET examinations were of dusty rocks, few pieces could be "fitted" into the original rock photographs with any reasonable degree of confidence."
This catalogue should serve as a reference and an aid in dealing with the Apollo II sample items within. It should provide the user with all of the information available as of June 1976. It is sincerely hoped that this revised edition of the Apollo II Sample Information Catalogue will prove to be useful until the passage of time and the advancement of science have made it obsolete. ....
credits .... Special thanks go to Michael B. Duke, Curator, for his continuing advice and support.
Originally posted by nataylor
That video is wrong. The mission sample catalogs show what containers held what samples:
Originally posted by FoosM
This guy makes the statement that, are you ready for this? That all 800 plus pounds of lunar samples were brought back on in two containers per flight.
Apollo 11
Apollo 12
Apollo 14
Apollo 15
Apollo 16
Apollo 17
Originally posted by SayonaraJupiter
TOTAL SAMPLE RETURNED......21 836.086 gm.
They measured down to the micro-gram. Think about that level of detail for a moment... it's incredible.edit on 4/25/2011 by SayonaraJupiter because: for grammarsedit on 4/25/2011 by SayonaraJupiter because: stupid tags
As the LRL took shape, NASA had been encouraged to recruit members of the outside science community to participate in the oversight of the lab and in the preliminary examination of the samples. The expertise of many outsiders working on the Lunar Sample Analysis Planning Team (LSAPT) and the Preliminary Examination Team (PET) was crucial to making the sample processing and distribution operation work properly.
When the rocks arrived, the sealed boxes were placed into the vacuum system known as the F-201. A technician working in spacesuit vacuum gloves manipulated the samples. The samples were observed and photographed in vacuum. Pieces of sample for examination or analysis were passed into cabinet lines containing nitrogen at 1 atmosphere. Working under separate management, the quarantine people fed lunar fines to mice, quail and other life forms, watching for signs of ill effects and marveling that plants grew better in lunar soil than quartz sand. Planetary scientists were unhappy about the amount of material which they viewed as wasted on these experiments and the extent to which quarantine diminished the focus on planetary research.
Meanwhile, PET worked behind the barrier to describe and analyze the samples in a cursory fashion so that the LSAPT could allocate samples wisely to Principal Investigators (PIs). LSAPT had responsibility for overseeing the scientific integrity of the samples and authorizing the preliminary examinations performed on the samples. At the beginning of the first mission, LSAPT members weren't even allowed into the LRL. Some PET members likened LSAPT to military Generals sitting in the chateau issuing orders to the PET troops in the trenches and being unappreciative of the difficulties of working very long hours in the frustrating environment of the quarantine.
As advisors, LSAPT had no authority over quarantine and little effect on LRL management. Quarantine was mandated by a high level committee called the Interagency Committee on Back Contamination comprised of representatives from NASA, the U.S. Public Health Service, Dept. of Agriculture and academia. LRL Director P. R. Bell, also aware of the need for more processing and storage capability, was trying to get a second vacuum processing station funded. He worked hard on improving the reliability of the vacuum system in which he had invested so much of his energy. He was unwilling to give it up in the face of recommendations to process samples in nitrogen.
Four LSAPT scientists with a strong will to see that changes were made in the care of lunar samples took matters into their own hands. Known as the "Four Horsemen", Wasserburg, Walker, Paul Gast, and James R. Arnold finally took their cause to NASA Administrator Thomas Paine. The Four Horsemen got the attention of MSC's Director Robert Gilruth, who, after being taken on a nighttime inspection of the LRL, was very sympathetic and supportive toward making improvements.
1970 was a year of changes. The explosion aboard Apollo 13 and the aborted lunar sample return gave the LRL time to catch up and rethink procedures. The appointment of Tony Calio as Director of Science and Applications, Paul Gast as Chief of Lunar and Earth Sciences Division, and Mike Duke as Curator resulted in progress on lunar sample preservation and careful documentation. The requirement to process samples in vacuum was dropped after Apollo 12. A small, temporary storage vault was quickly constructed in building 31. The following year quarantine was discontinued after Apollo 14, and this permitted more focused thinking about the sample processing and storage problem.
The solution to the problem was to construct the Sample Storage and Processing Laboratory (SSPL) by remodeling part of B. 31 at JSC for the purpose of storing samples securely and cleanly under nitrogen and preparing samples requested by PIs. Working in SSPL was considerably easier than in the LRL. Technicians and scientists merely donned clean room suits over their street clothes to enter the laboratory. Samples were handled in gloved cabinets. After the Apollo 17 PET was completed in 1973 all the samples were moved from the LRL into building 31. Except for the gas analysis and radiation counting labs, the LRL was abandoned to the biologists and doctors.
By Maggie Fox, Health and Science Editor
WASHINGTON | Thu Jul 16, 2009 3:49pm EDT
(Reuters) - The original recordings of the first humans landing on the moon 40 years ago were erased and re-used, but newly restored copies of the original broadcast look even better, NASA officials said on Thursday.
NASA released the first glimpses of a complete digital make-over of the original landing footage that clarifies the blurry and grainy images of Neil Armstrong and Buzz Aldrin walking on the surface of the moon.
The full set of recordings, being cleaned up by Burbank, California-based Lowry Digital, will be released in September. The preview is available at www.nasa.gov.
According to RMW Burbank COO Reid Burns, the recent emphasis on 3D is an evolutionary application of software originally developed for restorations, such as grain-removal tools.
"Using our proprietary processes to digitally remove the grain, increases the accuracy and expedites the rotoscoping, object separation and clean-plate paint work for 2D-to-3D conversions," Burns says. "We have also developed automated fixes for the polarization issues prevalent in stereo capture today. When photographing images that may have windows, chrome or other reflective surfaces, polarization issues are a common problem that we have been fixing for a number of stereo productions. As an example, we have recently been working with DreamWorks on 'Fright Night' remedying these type of issues."
This guy makes the statement that, are you ready for this? That all 800 plus pounds of lunar samples were brought back on in two containers per flight. All of it And they keep saying those boxes were in six missions What, did they know Apollo 13 wasn't meant to land
And wouldn't you know, Y-12 was linked to another BIG secret.
Originally posted by FoosM
Why would the video be wrong.
Maybe those documents you linked are wrong
I mean, you saw how much trouble they took to make those rock boxes.
Why go through all that trouble if they weren't planning on using them?
It would also be helpful, instead of just posting links to documents to simply highlight the pages that should be read. Or posting the relevant text.
Originally posted by FoosM
Originally posted by SayonaraJupiter
TOTAL SAMPLE RETURNED......21 836.086 gm.
They measured down to the micro-gram. Think about that level of detail for a moment... it's incredible.edit on 4/25/2011 by SayonaraJupiter because: for grammarsedit on 4/25/2011 by SayonaraJupiter because: stupid tags
SJ, what do you think is going on here?
The project is also historically resonant in that company founder John Lowry worked with NASA back in the 1970s to improve images as they were sent back live from the Apollo 16 and 17 missions. The ideas and methods used then formed the seed that grew into The Lowry Process.
"This work for NASA represents the first real effort to apply Lowry Digital's proprietary image processing technology and repair tools outside the entertainment space," adds Inchalik. "The underlying science that John Lowry first invented is now so much more advanced at Lowry Digital, and it applies just as well to the scientific, medical, security and military fields. We're excited by those opportunities."
Originally posted by weedwhacker
reply to post by SayonaraJupiter
Keep it coming.
With every fine-toothed-comb nit picking effort, you prove the reality of Apollo over and over and over and over again....
"Jarrah White" might get mad....you are showing him to be the fool that we already know (except his two or three "fans" out there...).
Title: Astronaut Edwin Aldrin descends steps of Lunar Module ladder to walk on moon
Description: Astronaut Edwin E. Aldrin Jr., lunar module pilot, descends the steps of the Lunar Module (LM) ladder as he prepares to walk on the Moon. He had just egressed the LM. This picture was taken by Astronaut Neil A. Armstrong, commander, with a 70mm lunar surface camera.
Apollo 11 Astronaut "Buzz" Aldrin stepping down to the Moon's surface. This forty-year-old 8" x 8" photograph was printed from a NASA duplicate negative by Meisel Photochrome Corporation within days of the July 20, 1969 first lunar landing.
Originally posted by nataylor
Originally posted by OmnipresentEnemy
reply to post by WWu777
Personally I think some of the firsts were probably fake. US needed to reach the moon first so it wasn't "claimed" by anybody else who went there first. I have no doubt they went to the moon though in later missions.
Originally posted by SayonaraJupiter
135:02:59 Haise: Okay, that's great; and you can go shoot the solar wind, now.
135:03:07 Shepard: It (the TV camera)'s on the side of a hill; that's a problem out here.
135:03:11 Mitchell: Okay, Fredo, I'm heading back from the boulder field. I've sampled two of the larger boulders in the area. Rocks broken from them and lying on them; and I've taken a pan; and I have maybe a third of a weigh bag full of small rocks from these boulders.
135:03:28 Haise: Okay; very good, Ed. We need to proceed now with the regular program.
135:03:36 Mitchell: Okay.
135:03:39 Shepard: (Now back at the foot of the ladder) What setting would you like on that solar wind shot, Fredo?
135:03:42 Haise: Stand by. (Long Pause)
[While Al is waiting for Fred to give him an answer, he takes the camera off the RCU bracket, grabs hold of the bottom rung on the ladder, bends back, and points the camera up to take pictures of the Earth over the LM. These are AS14-64- 9189 to 9197.]
[Journal Contributor Danny Ross Lunsford notes that Al has captured Venus over Antares in all these images.]
[As Haise begins the next transmission, Ed arrives back at the MET with his weigh bag.]
135:04:35 Haise: Okay, Al. I'd go ahead and use your standard down-Sun picture if that's the direction you're shooting it in. They don't have an input here. (Pause) Okay...
135:04:47 Shepard: All right.
135:04:48 Haise: ...just got an input. They want f/11 at 1/25th (probably means 1/250th).