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Originally posted by wmd_2008
Originally posted by backinblack
reply to post by jra
Forgive my ignorance, but if the beams are diffracted THAT much then why are they worried about a beam bouncing back of the reflectors??
Well b in b the reflectores are designed so that the beam goes straight back same direction it came did you know or think about that?
Originally posted by nataylor
Notice how there are breaks in the tracks around the sites for Apollos 11, 12, and 15, which just happen to be the ones that deployed retroreflectors.
Originally posted by backinblack
Forgive my ignorance, but if the beams are diffracted THAT much then why are they worried about a beam bouncing back of the reflectors??
Originally posted by SayonaraJupiter
How many photons come back from the reflector and what is the margin for error in the test? Because from my understanding they only get back a couple of photons and there has to be a margin of error in the testing.
Because if one of those beams hits the retro-reflector, it goes directly back to orbiter and it could damage LOLA's receiver. With a $504 million orbiter, it's just better to be safe than sorry.
Originally posted by SayonaraJupiter
During the 1960s, an upsurge in space research and the imminent Apollo programme stimulated increasing requests for meteorites. With Ed Henderson of the Smithsonian Institute, Mason initiated a search for new meteorites in the Australian Outback, where the arid desert conditions were favourable to their survival and recovery. In four expeditions between 1963 and1967, the pair covered 40036 miles and made a significant number of finds. Then in 1965, Mason joined the Smithsonian, as the meteorite division expanded in anticipation of the need for significant scientific backup to support the lunar programme.
Because back in the day Brian Mason proved that moon rocks can be found right here on planet Earth.
When such objects hit the moon they must throw up a spray of lunar rocks, many of escape the moon s weak gravity. Some may have fallen onto the earth - New York Times - Aug 28, 1966
The igneous rocks in the earth s crust contain from 1 to 10 per cent of water of crystalization. Similar percentages may be expected on the moon
Originally posted by backinblack
And they're not concerned about beams bouncing back from all the equipment left at the other Apollo sites??
Originally posted by jra
Originally posted by backinblack
And they're not concerned about beams bouncing back from all the equipment left at the other Apollo sites??
To my knowledge none of the other equipment left on the Moon is retro-reflective, so I'd assume no.
Sorry, but all I see is some red lines.
Doesnt say anything too me.
Originally posted by DJW001
reply to post by FoosM
Sorry, but all I see is some red lines.
Doesnt say anything too me.
Weren't you just implying that data from the laser ranging instrument would reveal that there was nothing at the Apollo landing sites? Now you have the data, get to work.
Sorry, but all I see is some red lines.
Doesnt say anything too me.
Weren't you just implying that data from the laser ranging instrument would reveal that there was nothing at the Apollo landing sites? Now you have the data, get to work. If you can use this data to prove that Apollo was a hoax, I will publicly "apollogize."
Originally posted by backinblack
Must be tough on Apollo believers also..
Seems every time NASA is given a chance to 100% prove the landings, there is always an excuse why they can't.
Originally posted by backinblack
Originally posted by jra
Originally posted by backinblack
And they're not concerned about beams bouncing back from all the equipment left at the other Apollo sites??
To my knowledge none of the other equipment left on the Moon is retro-reflective, so I'd assume no.
Odd. most is metallic..
Good reflective stuff there..
Originally posted by backinblack
reply to post by jra
Because if one of those beams hits the retro-reflector, it goes directly back to orbiter and it could damage LOLA's receiver. With a $504 million orbiter, it's just better to be safe than sorry.
And they're not concerned about beams bouncing back from all the equipment left at the other Apollo sites??
Originally posted by ConspiracyNut23
I think the keyword here is retroreflective. It means the signal is returned directly to the source.
PS: Don't worry, I had to look it up. I'm not that smart.
Originally posted by backinblack
reply to post by dpd11
IMO the onus is on proving they DID send man to the moon, not that they didn't...
And there's NO 100% proof that I've seen yet.
Nothing that couldn't have been done remotely or faked..
Originally posted by jra
Originally posted by ConspiracyNut23
I think the keyword here is retroreflective. It means the signal is returned directly to the source.
PS: Don't worry, I had to look it up. I'm not that smart.
On the contrary, you actually looked up what a retro-reflector is and now understand how it's different from some regular metallic object. Unlike backinblack, FoosM and SayonaraJupiter who clearly haven't.
Originally posted by backinblack
reply to post by dpd11
The majority believed the earth was flat ya know.
WWII is a plain STUPID comparison..
The landings have only ONE source of evidence, NASA...
The entire program affected very few people here on earth, unlike a war that killed 60million..