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Originally posted by FoosM
How can he control that he doesn't go too high?
Originally posted by Exuberant1
Do you believe that your side (the 'polo bleavers') is winning this debate?
Remember that if an astronaut were to vomit within a space suit, they would likelysuffocate to death. Therefore, the point at which an astronaut vomits is very important.
Originally posted by DJW001
reply to post by FoosM
The VABs in those diagrams, I have said countless of times, and nobody can dispute it, are wrong in size and scope. You (Chrlz) stated that NASA has published a trajectory of Apollo and have produced nothing.
Which diagram? Please post the diagram you are referring to and a map for comparison.
Looking at the distance to the white circle in Fig. 1 really does put this 'achievement' into perspective for anyone except those who are physically or willingly blind... But still well less than one third of the claimed distance to the Moon!
Glass of the CM and LM windows, nobody as of yet has proven it could block any radiation of any kind.
All materials block radiation to a certain extent. Even those transparent to visible light. It was not ordinary glass, it was aluminum glass.
Glass of the CM and LM windows, nobody as of yet has proven it could block any radiation of any kind.
Nobody has been able to dispute JWs or anybody else's figures on how many major flares were produced by the sun during the missions and how much radiation would have slammed Apollo with on the moon or in space.
Oh?
www.abovetopsecret.com...
(And we won't even get into the issue of the CFI's usefulness for the question at hand. Or whether 7 out of 15 qualifies as "major." Or the fact that none of the solar flares produced significant proton fluxes.
SOLAR FLARE
Very hazardous and intermittent but may persist for 1 to 2 days.
High energy protons travel at the speed of light so there is no time to get under cover
Protected dose 1O-100 REM/hr
Unprotected dose Fatal
You cant even provide the information when NASA would warn astronauts that a flare is coming and how they can determine if its a major flare or not.
A system of solar-monitoring stations, the Solar Particle Alert Network (SPAN), provides a NASA-sponsored network of continuous data on solar-flare activity. SPAN consists of three multiple-frequency radio telescopes and seven optical telescopes. The network gives data for determining the severity of solar-particle events and the resultant possible radiation hazards to crewmen. After the appearance of particles is confirmed onboard a spacecraft, protective action can be taken....
In terms of hazard to crewmen in the heavy, well shielded Command Module, even one of the largest solar-particle event series on record (August 4-9, 1972) would not have caused any impairment of crewmember functions or ability of the crewmen to complete their mission safely. It is estimated that within the Command Module during this event the crewmen would have received a dose of 360 radsto their skin and 35 rads to their blood-forming organs (bone and spleen)....
lsda.jsc.nasa.gov...
No major solar-particle events occurred during an Apollo mission.
Although much effort has been expended in the field of solar-event forecasting, individual eruptions from the solar surface have proved impossible to forecast. The best that can be provided is an estimate of particle dose, given visual or radio-frequency (RF) confirmation that an eruption has occurred.
Approximately 20 percent of the largest solar flares... will result in particle fluxes in the earth/moon region that can be related in intensity to early RF or visual characteristics. A warning interval of from less than one to several hours (typically, 2 to 4 hours) is obtained between the RF/visual indication and the appearance of particles in the earth/moon region. Because only approximately 20 percent of the flares result in particle events, it is not necessary to change normal mission procedures on the basis of RF or visual observations alone. Rather, radiation sensors on board solar-orbit and earth-orbit satellites, as well as on board the Apollo spacecraft itself, are used to confirm the particle event. Only after the appearance of particles is confirmed would action be taken to protect the crewmen. For a typical event, approximately 8 hours would be available from the time particles are confirmed to the time of peak radiation dose.
It was previously thought that SPEs were caused by solar flares, but now it is becoming accepted that larger ones are caused by the shock created during fast coronal mass ejections(CMEs). CMEs are large releases of mass from the sun. A CME can discharge between 1014 and 1016 grams of mass into space at speeds of 1,500 km/s. The ejection causes a shockwave that pushes protons at high speeds into the solar winds. These protons (as well as some other particles) are what create SPEs
Originally posted by FoosM
So what did that post prove? Nothing. What's wrong with JW using the 100 rem/hr number?
If you have been actively involved in this thread the last few pages you know what diagrams I'm talking about. Im talking about using a correct scale for the VABs in relation to the Earth
Looking at the distance to the white circle in Fig. 1 really does put this 'achievement' into perspective for anyone except those who are physically or willingly blind... But still well less than one third of the claimed distance to the Moon!
Originally posted by Exuberant1
'polo bleavers'...
Interests
Apollo Moon Landing Conspiracies, Godzilla, James Bond, TMNT, Ranma ½, Thomas The Tank Engine
Originally posted by FoosM
So lets make this clear:
Its not about whether or not Apollo went to the moon and back and should be dead due to the radiation. Its about NASA would not risk astronauts to the possible chance they could die by conducting the mission during the solar maximum. In other words, NASA would not know what could happen up there. Besides technical failures, crash landing on the moon, etc. It was simply to risky to send men before animals. Radiation was large component to that risk.
In March 1968, the cosmonauts started training in preparation for a Moon landing at Star City, Moscow. A moonwalk simulator was installed in the gymnasium, and the cosmonauts practised lunar landings with a modified version of the Mi-8 helicopter (Pirard, 1993). But they still had no L3 spacecraft to fly a year later - the constant Soyuz and L1 troubles in 1967-68 apparently had prevented the Soviet engineers from devoting their attention to the manned lunar-landing spacecraft. Consequently it was decided on 1 January 1969 to test the N1 by launching an unmanned L1 craft, to perform high-resolution photography of potential landing sites from lunar orbit. The L3 spacecraft (LOK and LK) would be tested later, for a first landing in 1970-71. The first lunar-landing mission would be commanded by the Voskhod 2 veteran, Alexei Leonov, with Oleg Makarov serving as the LOK pilot in lunar orbit.
The Soviets were now ready to test their various lunar-landing spacecraft for the first time. The first to go was an unmanned Ye-8 lunar rover which would have landed on the Moon and relayed back TV pictures of the landing site. But its UR-500 rocket exploded 40 seconds after launch on 19 February 1969.
On 21 February the first N1 booster (number 3L) roared to life and the giant rocket began to rise skyward. However, at 12:19:12 Moscow time (66s after launch) a leaking oxidizer pipe started a fire at the rear of the first stage and the unmanned L1 payload's escape system activated, pulling it away from the booster. The N1 was destroyed by range safety while the L1 landed safely. Heat and vibrations from the first stage's 30 engines had damaged the rocket, it was later determined. The launch went virtually undetected in the West with only a British observation team reporting it, although CIA dismissed the report (Vick,1996).
Advances in miniaturisation...
Originally posted by DJW001
You were wise not to put a link to this cryptic statement. I visited realityreviewed,com and my computer crashed... but not before I was able to spot some of its guiding principles: "Zionism and Zionist are evil." A dissertation on the "Protocols of the Elders of Zion." An harangue against US atrocities in Iraq, and so forth. Thank you for making your politics explicit. I assume you consider this site to be credible or you would not be citing it. Now please explain what the quotation you provide is supposed to mean, exactly. "Less than one third the claimed distance to the Moon?" What? Are they claiming the distance to the Moon is a lie? Are they claiming that the Van Allen Belts extend to one third of the distance between the Earth and the Moon? The VAB taper off around 7 Re, or 44,646 kilometers. The Moon, at its closest or "perigee," as I now hope you have learned to call it, is 363,104 kilometers. Your VABs, by charitable calculation, extend only 1/8 of the way to the Moon. Furthermore, they are elongated and compressed by the solar wind... and they were travelling, more or less, at right angles to it.
Please clarify what this first part of your post means before we proceed any further.
[edit on 16-8-2010 by DJW001]
The large outer radiation belt extends from an altitude of about three to ten Earth radii (RE) above the Earth's surface, and its greatest intensity is usually around 4-5 RE.
Originally posted by FoosM
If the American public discover that Apollo was faked, then maybe we will have a situation where the American public wake up from their manufactured dreams and actively take back their country en masse.