dissident wrote:http://en.wikipedia.org/wiki/The_Marching_Morons
SeaGypsy wrote:Yeah brilliant bit of theater that Apollo stuff! Funny how now it could be done sooooo much better but just as the special effects have grown so has awareness of them and means of detection. Still, they bought it so the space race was won! Brilliant move! Funny all this blather about Mars & beyond when it's supposedlu 40 years since stage 1 moon development was achieved but stage 2 has never happened. Wonder why? Surely not because the whole story is a load of hokum?
KingM wrote:Wait, do you really believe that?
Apollo 15 landing site imaged from an altitude of 15.5 miles (25 km). The Lunar Roving Vehicle (LRV) is parked to the far right, and the Lunar Module descent stage is in the center. (M175252641L,R) Image credit: NASA Goddard/Arizona State
The Apollo 15 Lunar Module (LM) Falcon set down on the Hadley plains (26.132°N, 3.634°E) a mere 2 kilometers from Hadley Rille. The goals: sample the basalts that compose the mare deposit, explore a lunar rille for the first time, and search for ancient crustal rocks. Additionally, Dave Scott and Jim Irwin deployed the third Apollo Lunar Surface Experiments Package (ALSEP) and unveiled the first Lunar Roving Vehicle (LRV).
The ALSEP consisted of several experiments that were powered by a Radioisotope Thermoelectric Generator (RTG) and sent back valuable scientific data to the Earth for over six years after the astronauts left. This new LROC NAC image taken from low altitude shows the hardware and tracks in even more detail.
http://www.nasa.gov/mission_pages/LRO/news/apollo-15.html#.Utku5xBdV8F
SeaGypsy wrote:Rubbish! Those are plain as daylight ant track you moron!
(Hey guys since we are doin' the big show on the moon and all- what says we take a gad damned CAR with us!) Fucken hell, really...
Synapsid wrote:6, SG:
I'll bet you a dollar to a donut there's life on Mars.
In 1971 the Soviets sent two spacecraft, Mars 2 and Mars 3, to the surface of the planet. Mars 2 came in at escape velocity or thereabout and made a new crater, but Mars 3 landed safely (the first soft landing on Mars) and unhitched its camera and transmitted 20 seconds of grey before going dark. A friend I worked with at NASA maintained that a Martian had switched it off but never provided evidence to support his statement. At any rate, Mars 3 is still sitting there, and Soviet procedures for sterilizing spacecraft were less than thorough or effective. I expect that there is life on Mars and that it arrived in someone's dropped sandwich.
SeaGypsy wrote: A few posts ago 6, you said these missions had become routine. In the above post you declare how dangerous they were.
KJ's thing about artificial gravity and the plausibility of putting 'trillions' of people in space in a situation which has never been replicated successfully on Earth- well, he's just kidding himself.
The more realistic space nerds in my view realize that real gravity is a minimum mandatory requirement, as is effective long term radiation shielding. Just 2 of the glaring problems with KJ's fantasy.
Best I can say on the topic is- go back about 30 years and take up the Lunar program where it left off. First show the isolation system replicating as close as possible what would be required for a Lunar habitat. Then put one up there and make it work. The importance of which nation actually does it only exists in the minds of patriotic zealots.
There is no reason why for a specific project like this- the US should not team with Russia, China, India, Japan etc. In my view such would be a rare great positive achievement towards breaking down national stereotypes and towards peace.
dissident wrote:Several years ago you could find plenty of photographs purporting to be of a lander on the surface of the Moon without any evidence of retro-rocket exhaust abrasion and still more photographs exhibiting bizarre linear transitions in focus (not something you could achieve with nonlinear optics) that implied these were studio prop shots. I don't know why NASA had these fakes on its web servers. The complexity of a Moon landing is overrated. Perhaps they couldn't arrange for Hollywood cinematography so they had to improvise to feed the insatiable demand for images.
But the Moon astronauts were lucky that they did not encounter any solar flares during their missions. The thin aluminum shells (quarter inch thick) of their craft would not have spared them significant exposure to high energy electrons. This would be like getting exposed to beta radiation and not much hope for future longevity. The Apollo astronauts did not drop like flies. Any trip to Mars via inertial guidance would take six months at the least and the risk of getting fried by a coronal mass ejection event increases substantially.
Radiation on Mars 'Manageable' for Manned Mission, Curiosity Rover Reveals
The risk of radiation exposure is not a show-stopper for a long-term manned mission to Mars, new results from NASA's Curiosity rover suggest.
A mission consisting of a 180-day cruise to Mars, a 500-day stay on the Red Planet and a 180-day return flight to Earth would expose astronauts to a cumulative radiation dose of about 1.01 sieverts, measurements by Curiosity's Radiation Assessment Detector (RAD) instrument indicate.
To put that in perspective: The European Space Agency generally limits its astronauts to a total career radiation dose of 1 sievert, which is associated with a 5-percent increase in lifetime fatal cancer risk.
http://www.space.com/23875-mars-radiation-life-manned-mission.html
Mars trip to use astronaut poo as radiation shield
The man and woman aboard the Inspiration Mars mission set to fly-by the Red Planet in 2018 will face cramped conditions, muscle atrophy and potential boredom. But their greatest health risk comes from exposure to the radiation from cosmic rays. The solution? Line the spacecraft's walls with water, food and their own faeces.
"It's a little queasy sounding, but there's no place for that material to go, and it makes great radiation shielding," says Taber MacCallum, a member of the team funded by multimillionaire Dennis Tito, who announced the audacious plan earlier this week.
McCallum told New Scientist that solid and liquid human waste products would get put into bags and used as a radiation shield – as well as being dehydrated so that any water can be recycled for drinking. "Dehydrate them as much as possible, because we need to get the water back," he said. "Those solid waste products get put into a bag, put right back against the wall."
Food too, could be used as a shield, he said. "Food is going to be stored all around the walls of the spacecraft, because food is good radiation shielding," he said. This wouldn't be dangerous as the food would merely be blocking the radiation, it wouldn't become a radioactive source.
http://www.newscientist.com/article/dn23230-mars-trip-to-use-astronaut-poo-as-radiation-shield.html#.Uts-fRAo7q4
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