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Originally posted by backinblack
lol, seriously...There are many good posters here to debunk this stuff but this??
I don't think ANY serious researcher would accept " enhanced " images as proof of anything..
Originally posted by Smack
reply to post by backinblack
So, you can't answer the question, can you? Doesn't your reticence to produce anything of substance to dispute the validity of the video - other than your absurdist bloviations - inform me as to the kind of person you are and what you know?edit on 23-12-2010 by Smack because: (no reason given)
Originally posted by backinblack
Like I said, you would not accept these pics as evidence of anything if they were posted as proof of things on Mars..
Originally posted by nataylor
Originally posted by backinblack
Like I said, you would not accept these pics as evidence of anything if they were posted as proof of things on Mars..
And like I said, there's a big difference between comparing these images to known information, like the existing photos, the dimensions of the descent stage, etc., to some unknown and undocumented object with uncertain qualities.
If the argument is that these LROC images are faked, well... it wouldn't matter how good they they are, would it? If the argument is that they're not good enough to tell the Apollo artifacts from random rocks, I heartily disagree.
No, even if I never knew about Apollo, looking at those sites I would definitely be able to say that there was something out of the ordinary there compared to the rest of the lunar surface.
Originally posted by backinblack
So what you are saying is that you would agree with my stance if we didn't know the equipment was there?
I think that about sums up your post.
Originally posted by Pervius
Amazing they suffered no hair loss isn't it?
When I come to the question "Is NASA correct about the Apollo story?" I have to pause. This is not an easy question. The immediate answer does not come clearly to me.
I have asked particular questions and been guided toward source material that might convince me with authoritative definitive scientific gibberish words.
The disputes involving various interpretations of the "official NASA story of Apollo" must be clearly understood if we are to make progress on this difficult path of inquiry.
This question represents a schism. If we answer 'yes! to this question then we accept the whole story as it has been presented to us. If when we answer !no! the system is designed to antagonize us until we submit to the regularly scheduled programming. Like the lab rat reward for pressing the green button which delivers a coc aine-like substance.
The question "Is NASA correct about the Apollo Story?" is the question that remains unanswered for me.
If investigators like Jarrah White are still asking questions about Apollo in 2010 then science has been a failure at providing a convincing argument with indisputable proofs.
NASA has failed to convince me. Religion has failed to convince me. You may call me a skeptic. A doubting Thomas. Or a Devil's Advocate.
We must send another man (an international man) around the Moon in a capsule as soon as possible. Let him take his own pictures and bring them back to show us himself (snip)
.The question "Is NASA correct about the Apollo Story?" Some of us may fall short of answering that question with 100% certainty. That is why this thread exists. That is why Jarrah White is important. That is why ignorance must be denied.
If NASA, in 1968, had the technological capability of sending men to the moon then they also had the capability to simulate moon landings for infinite NASA propaganda gain. Lost the original tapes!? Erased the original tapes!? Too easy. CIA written all over it.
Originally posted by SayonaraJupiter
I have asked particular questions and been guided toward source material that might convince me with authoritative definitive scientific gibberish words.
If investigators like Jarrah White are still asking questions about Apollo in 2010 then science has been a failure at providing a convincing argument with indisputable proofs.
I still think it is rather odd for flights A7 and A8 to have exactly the same average readings (.16 rads). Is the reader of this report expected to conclude that this is the final word? The report leaves out A16 and A17 so it cannot be the final word.
Not necessarily; building rockets and making movies are entirely separate technologies. NASA built spacecraft and still do! (Or do you believe all those communications satellites are the product of corporate mind control?) Funny you should mention missing tapes... I have an old cassette I want to put on CD but can't find it anywhere... do you think the CIA has been going through my things?
Their loss is unexcusable and MUST raise questions.
Originally posted by nataylor
Originally posted by FoosM
How did you come to that conclusion?
Care to provide some sources?
X-class flares are classified as having a peak x-ray intensity of 1*10^-4 watts per square meter. An X5 flare would have an intensity of 5*10^-4 W/m^2. Typically, the duration of these events is under an hour, but it can be longer.
X-class flares are classified as having a peak x-ray intensity of 1*10^-4 watts per square meter
On 4 November 2003, the largest solar flare ever recorded exploded from the Sun's surface, sending an intense burst of radiation streaming towards the Earth. Before the storm peaked, x-rays overloaded the detectors on the Geostationary Operational Environmental Satellites (GOES), forcing scientists to estimate the flare's size.
GOES 13 SXI sustained damage to several pixels of its detector while observing this X9 flare event. The source of the damage was the large X-ray flux of the flare convolved with the observing sequence. At the time, the susceptibility of the detector to radiation damage was not well understood or constrained. The type of damage affects 8 lines of pixels across the CCD and is unlikely to recover. Operational constraints and updates to on-board observing sequence software will enable the SXI to continue its mission without further damage to its detector. The impact on observations and prediction is currently being assessed as the new sequence software and operational constraints are developed. In addition, ground algorithms will be developed to minimize the appearance of the 'lost' lines through interpolation or other means.
Taking a different route, researchers from the University of Otago used radio wave-based measurements of the x-rays' effects on the Earth's upper atmosphere to revise the flare's size from a merely huge X28 to a "whopping" X45,
Their calculations show that the flare's x-ray radiation bombarding the atmosphere was equivalent to that of 5,000 Suns, though none of it reached the Earth's surface, the researchers say
The Sun has even produced flares that could kill an unprotected spacesuited human on the Moon, they say, although these are extremely rare.
We’ve been seeing just the tip of the iceberg when monitoring flares with X-rays. With the complete extreme ultraviolet (EUV) coverage by SDO EUV Variability Experiment (EVE), we now see a secondary peak in the EUV that is many minutes after the X-ray flare peak. Furthermore, the total EUV energy from this broad secondary peak has about four times more energy than the EUV energy during the time of the X-ray flare peak. This result is illustrated in the time series plot of the QEUV, being the integrated irradiance from 5 nm to 45 nm that is important for Earth’s ionosphere (plasma in our atmosphere).
This plot is during the small solar flare (class C2.2) on April 30, 2010. For comparison, the GOES X-ray monitor (XRS-B) is also shown in this plot as the green trace. The QEUV energy during the X-ray flare period is only 21% of the total flare energy; whereas, the energy during the secondary peak is 79%. This result is not unique to this C2.2 flare as we see this secondary peak in all fourteen of the C-class flares that EVE has observed so far.
with X class flares having a peak flux of order 10−4 W/m2. Within a class there is a linear scale from 1 to 9, so an X2 flare is twice as powerful as an X1 flare, and is four times more powerful than an M5 flare. The more powerful M and X class flares are often associated with a variety of effects on the near-Earth space environment. Although the GOES classification is commonly used to indicate the size of a flare, it is only one measure.
GOES - The GOES spacecraft are satellites in geostationary orbits around the Earth that have measured the soft X-ray flux from the Sun since the mid 1970s, following the use of similar instruments on the [code8200.nrl.navy.mil... SOLRAD] satellites. GOES X-ray observations are commonly used to classify flares, with A, B, C, M, and X representing different powers of ten — an X-class flare has a peak 2-8 Å flux above 0.0001 W/m2.
The soft X-ray flares (hereafter SXR) observed by the NOAA geosynchronous
satellites have the longest continuous record for a long-term study dedicated to the
relationship between flares and proton events. Two-channel soft X-ray measure-
ments have been archived since 1974, initially by SMS 1–2 and since the end of
1975 by the GOES series.
Using the observed rate of solar X-ray outbursts of different magnitudes, they worked out that a lunar astronaut has a 10% chance of receiving a dangerous dose of X-rays from a solar flare for every 100 hours of activity outside of shelters.
The level of radiation they consider harmful is 0.1 Gray or more, which can cause bleeding ulcers and other internal damage, and would certainly increase an astronaut's risk of cancer.