Well it's certainly not a proposition based on you knowing the first thing about how to actually properly plan a water recovery like that. But do tell, how might you think a procedure like that could vary? Maybe have trained dolphins involved?
The thinking at the time was that there was a very low probability of bioactive organisms or substances on the Moon, but that if there were any we would have no natural protection against them. This is debatable. For risk analysis purposes, it falls into the category of the failure effect dominating the thinking over and above the failure mode. Once a study of lunar surface material proved the Moon to be sterile, the failure mode probability dropped effectively to zero.
They were on?
Yes. You just couldn't see them because you were standing in a shadow.They were on?
You obviously have some serious misconceptions about thermodynamics in an atmosphere vs. a vacuum. And you still either don't understand the differences an atmosphere makes as far as sunlight is concerned, especially early or late in the day, or you're just too obstinate to admit you are wrong.
When my son was seven he wore his for weeks on end. (I mean, we washed it regularly.)
There's more radiation at the stack of bananas at the supermarket. Still waiting for the produce guy to die of radiation poisoning. Same with the Bananeros of Central America who pick them. Where are those deaths from radiation? Or is it possible you don't understand radiation at any level...by choice as it has been explained to you at least nine times in this thread.
On earth we take a certain level of background radiation for granite.
"Located across the street from Harry Schmerler Ford, Rt. 83 & Touhy, Elk Grove Village."
In 8th grade science we got to play with a Geiger counter, and the only thing more fun than checking the variations in background radiation was later freaking out our slower friends with our new-found information.
It's full of stars
And "blood boiling" isn't really a problem associated with the sun, as far as space flight is concerned.
"OMG! The carrots and sunflower seeds in your lunchbox are HOT! Your parents are trying to kill you! RUN! CPS!!"
Continuing to repeat the above doesn't make it any less ◊◊◊◊◊◊◊◊. It doesn't hide your ignorance of the subject.
By the time of the first lunar landing, humans had already conducted a number of spacewalks in full sunlight. The danger to bodily fluids arises from exposure to hard vacuum, which would have the same effects regardless of whether the sun is visible.
Also from the fluoride in their water supply.
Back when I was doing planetarium presentations, my favorite part was the question and answer sessions. With younger school groups, I'd often get the question (usually from a boy) about people exploding in a vacuum. There would be mild disappointment when I'd say "no, that doesn't happen", but they'd all snap alert when I'd go on with, "it's so much worse than that!". It provided a good opportunity to explain some science regarding pressure and boiling point - about how the boiling temperature goes down as atmospheric pressure goes down, and asking them to think about what would happen to fluids at 98.6°F if the pressure suddenly dropped to zero. It sure got their attention. Science can be fun. And when you're an adolescent boy, especially, gruesome is fun.