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Originally posted by Phage
Because astronomers are not meteorologists. They don't have a lot of reason to know what a bursting weather balloon would look like.
Originally posted by Phage
reply to post by alienreality
Weather balloons turn into a cloud of debris when they reach such an alitude that the expanding gas causes them to burst. The "other" object is the radiosonde swinging around beneath the balloon.
unless exploding weather balloons turn into a cloud of debris after being approached by some other lighted object
A weather balloon is launched daily from Oakland at about 4:00 PM. On the 20th the wind was mostly SW which would have carried the balloon to Sacramento.
edit on 12/31/2012 by Phage because: (no reason given)
Huh? What does that have to do with a bursting weather balloon?
That is your opinion, just like me saying that mechanical engineers don't have a lot of reason to know about electronics.
Because astronomers are not meteorologists. They don't have a lot of reason to know what a bursting weather balloon would look like.
Yes. Though radiosondes are sometimes recovered. Weather balloons are typically launched twice a day from locations all around the country. Including Oakland. Yes, the weather station which launches the balloon tracks it. That's the whole purpose for launching them.
Are you saying that all weather balloons:
1. Explode
2. Become Lost.
Not really. An astronomer might be aware of how weather balloons work but that doesn't mean he would know what one looks like when it bursts.
That is your opinion, just like me saying that mechanical engineers don't have a lot of reason to know about electronics.
Sure it is Phage.
Originally posted by Phage
How is the astronomer saying "I don't know what it is" a disagreement? Who was he disagreeing with?
"it didn't look like any known astronomical event"
"In simpler terms, an atmospheric event"
" Because astronomers are not meteorologists. They don't have a lot of reason to know what a bursting weather balloon would look like. "
Yes. Though radiosondes are sometimes recovered.
The United States Armed Forces maintains that what was recovered was debris from an experimental high-altitude surveillance balloon belonging to a classified program named "Mogul"
Not really. An astronomer might be aware of how weather balloons work but that doesn't mean he would know what one looks like when it bursts.
That is not what the astronomer said.
He said which was quoted by another member
Dr. Maran responded by saying he didn’t recognize the “explosion” as a known astronomical phenomenon. “My personal opinion is that it is not an astronomical event,” he wrote.
Yes. Because if the astronomer was not of the opinion that it was an astronomical event it would have to be an atmospheric event.
You reply to that statement was a quick retort..
Not exactly. That "follow up" was in reply to this statement:
Followed up with
Originally posted by Sublimecraft
One would think he would be somewhat familiar with weather balloon identification and characteristics.
How astute of you to determine that but again, was there a meteorologist with whom the astronomer was disagreeing?
Apparently you made the distinction between the two fields.
X-ray astronomy is an observational branch of astronomy which deals with the study of X-ray observation and detection from astronomical objects. X-radiation is absorbed by the Earth's atmosphere, so instruments to detect X-rays must be taken to high altitude by balloons, sounding rockets, and satellites. X-ray astronomy is part of space science.
Balloon flights can carry instruments to altitudes of up to 40 km above sea level, where they are above as much as 99.997% of the Earth's atmosphere. Unlike a rocket where data are collected during a brief few minutes, balloons are able to stay aloft for much longer. However, even at such altitudes, much of the X-ray spectrum is still absorbed. X-rays with energies less than 35 keV (5,600 aJ) cannot reach balloons. On July 21, 1964, the Crab Nebula supernova remnant was discovered to be a hard X-ray (15 – 60 keV) source by a scintillation counter flown on a balloon launched from Palestine, Texas, USA. This was likely the first balloon-based detection of X-rays from a discrete cosmic X-ray source.[5]
You are assuming the Mogul balloon exploded at high altitude.
Doesn't look like this high altitude weather balloon exploded to me.
I didn't say knowing about weather balloons had anything to do with an astronomers job. Perhaps some astronomers have seen a bursting weather balloon. Apparently Dr. Maran has not, or else he would have recognized it.
I disagree, An Astronomer would be more aware of what a balloon looks like both normally and when it bursts than how one works - his primary job description is looking up and observing, not so much as to how they work.
Originally posted by PhageThat is not what the astronomer said.
Dr. Maran responded by saying he didn’t recognize the “explosion” as a known astronomical phenomenon. “My personal opinion is that it is not an astronomical event,” he wrote.
Yes. Because if the astronomer was not of the opinion that it was an astronomical event it would have to be an atmospheric event.
One would think he would be somewhat familiar with weather balloon identification and characteristics.
And I will stand by that query. Why would an astronomer be familiar with what a bursting weather balloon looks like?
How astute of you to determine that but again, was there a meteorologist with whom the astronomer was disagreeing?