Anyone who looks at the so called lunar rover knows that wouldn’t survive if what we’re told about space is real. Oh look here’s some random aluminum foil now you won’t risk radiation at all!
The mylar was for thermal purposes and not for radiation proofing. In space you have two choices. 1) lots of material with hydrogen to absorb particles without creating secondary radiation, or 2) worse choice, heavy heavy shielding with metals. The design choice is to use light materials that do not interact with radiation to create secondary emissions and instead allow for a small amount of particles to zap through you which is cumulatively less risky than being exposed to heavy, metal, walls that emit secondary radiation when a cosmic ray passes through. These days we in fact use polyethylene plastic in the Space Station for this shielding in crew quarters because it is loaded with hydrogen. You would not use poly on a nuclear reactor however, instead lots of concrete there.
What I deduce from that is people here are fucking morons.
The design specs: "The original Apollo CSM was build for cabin pressure of 16 psi on launch pad and 5 psi in orbit (pounds per square inch) While the LM got cabin pressure of 3.5 psi on moon".
Christ, a baby can maintain 3.5 psi with a soda straw. The crew breathed with masks, too. Your eyeballs can take 3.5 psi without popping.
its weird how we can hear recordings of the astronauts talking while they are on the moon, and yet we cant hear the valves open and close on the breathing apparatus.
The dupes will explain that the reason we cant hear the valves open and close, is because they didnt have valves, and the astronaut was supplied with a constant flow of breathing air,
Which would have run out the air even faster than a breathing apparatus that uses valves.
For reference, a SCBA in 2023 is good for less than 20 minutes.
Oh, and then theres the air conditioning in the space suit, which would be quite a challenge, to keep the astronauts body temperature in a very narrow range.
But keep telling yourself you are a competent engineer LOL
Anyone who looks at the so called lunar rover knows that wouldn’t survive if what we’re told about space is real. Oh look here’s some random aluminum foil now you won’t risk radiation at all!
The mylar was for thermal purposes and not for radiation proofing. In space you have two choices. 1) lots of material with hydrogen to absorb particles without creating secondary radiation, or 2) worse choice, heavy heavy shielding with metals. The design choice is to use light materials that do not interact with radiation to create secondary emissions and instead allow for a small amount of particles to zap through you which is cumulatively less risky than being exposed to heavy, metal, walls that emit secondary radiation when a cosmic ray passes through. These days we in fact use polyethylene plastic in the Space Station for this shielding in crew quarters because it is loaded with hydrogen. You would not use poly on a nuclear reactor however, instead lots of concrete there.
What I deduce from that is people here are fucking morons. The design specs: "The original Apollo CSM was build for cabin pressure of 16 psi on launch pad and 5 psi in orbit (pounds per square inch) While the LM got cabin pressure of 3.5 psi on moon".
Christ, a baby can maintain 3.5 psi with a soda straw. The crew breathed with masks, too. Your eyeballs can take 3.5 psi without popping.
Weird, I made a box out of printer paper and staples and somehow it holds Zero psi!!?
its weird how we can hear recordings of the astronauts talking while they are on the moon, and yet we cant hear the valves open and close on the breathing apparatus.
The dupes will explain that the reason we cant hear the valves open and close, is because they didnt have valves, and the astronaut was supplied with a constant flow of breathing air,
Which would have run out the air even faster than a breathing apparatus that uses valves.
For reference, a SCBA in 2023 is good for less than 20 minutes.
Oh, and then theres the air conditioning in the space suit, which would be quite a challenge, to keep the astronauts body temperature in a very narrow range.
But keep telling yourself you are a competent engineer LOL