#181
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How cool is VL2
In article ,
The Ghost In The Machine wrote: In sci.physics, Phineas T Puddleduck wrote on Mon, 16 Apr 2007 01:33:44 +0100 : In article , The Ghost In The Machine wrote: Or perhaps it's something else. I'd have to look. It's interesting either way, but apparently not lethal; Buzz Aldrin after all survived long enough to punch someone in the nose after said someone asked a stupid question, many years later. ;-) My hero! And here's your hero in action, apparently. ;-) http://www.poetv.com/video.php?vid=3844 Can't say I blame him. They don't make em like that anymore. -- Got mail? I did ;-) Three and counting. Got proof? Not yet, still waiting. |
#182
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How cool is VL2
In sci.physics, Odysseus
wrote on Mon, 16 Apr 2007 02:34:46 GMT : In article , The Ghost In The Machine wrote: snip If S8 is a compound, not an element, what is its chemical composition? S_8 is the most usual allotrope of elemental sulphur (No. 16 -- the official IUPAC spelling is the American "sulfur"), yellow in colour, as in the common household/garden product "flowers of sulphur". The molecule is a coronate (zig-zaggy) ring of eight sulphur atoms, and typically makes orthorhombic crystals. Conditions on Venus seem rather unsuitable for S_8 to persist. It melts at only 115°C (boiling at 445°C) under terrestrial conditions, and in the molten state the rings tend to open, forming polymeric S_n chains. I don't know exactly what effects the great atmospheric pressures would have on its behaviour, though. The melting point would be somewhat higher, because the liquid is 5-10% less dense than the solid, but I doubt it would become high enough for the substance to remain solid. FWIW sulphur's triple point is at over twice the pressure, and nearly twice the temperature, of Venus's surface. Brad's claim is that there's a band of S8 some tens of kms above the Venusian surface. It is vaguely possible these are similar to ice crystals, and there is a mention of haze in http://www.springerlink.com/content/q165ljt76p368268/ Truly weird stuff, though, either way...and probably not all that healthy for those of us spawned from terra firma. :-) -- #191, GNU and improved. -- Posted via a free Usenet account from http://www.teranews.com |
#183
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How cool is VL2
In sci.physics, TheBookman
wrote on Sun, 15 Apr 2007 21:24:12 -0500 : On Sun, 15 Apr 2007 18:41:12 -0600, Art Deco wrote: The Ghost In The Machine wrote: In sci.physics, Art Deco wrote on Sun, 15 Apr 2007 17:15:47 -0600 : The Ghost In The Machine wrote: In sci.physics, Art Deco wrote on Sun, 15 Apr 2007 15:12:26 -0600 : Brad Guth wrote: plus that other one of their not having to deal with that pesky gamma and Xray dosage of a moon How does the Moon generate these high-energy photons, Brad? EGRET in fact shows that gamma ray radiation on the Moon is higher than the Sun's. http://www.aas.org/publications/baas...s/S025002.html http://antwrp.gsfc.nasa.gov/apod/ap970210.html Granted, this doesn't answer how, but it might answer what. It's not clear to me how many sieverts or grays this would be. That's pretty interesting. Still it doesn't support Guth's assertion that humans would be DOA as soon as they got anywhere near the Moon. Also, the return of 36 humans from lunar orbit in good health seals the issue. Hmm...was it that many? I count 21 but don't know how many missions played "sling around the moon" before Apollo 11. There were nine total Apollo missions that encountered the Moon: 8, 10-17 13 only did a sling-around, of course, but it was still within a few miles of the surface. Did al your contact with teh Guthball affect your math skillz? IIRC, Apollo missions had a crew of three. I counted 11-17 and missed two. That makes for 27 humans that got near to the moon, and 12 that actually set foot thereon. But you're right; this doesn't come close to supporting BG's assertion. Yup. Yup. ESL! -- #191, GNU and improved. -- Posted via a free Usenet account from http://www.teranews.com |
#184
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How cool is VL2
Phineas T Puddleduck wrote:
In article , The Ghost In The Machine wrote: In sci.physics, Phineas T Puddleduck wrote on Mon, 16 Apr 2007 01:33:44 +0100 : In article , The Ghost In The Machine wrote: Or perhaps it's something else. I'd have to look. It's interesting either way, but apparently not lethal; Buzz Aldrin after all survived long enough to punch someone in the nose after said someone asked a stupid question, many years later. ;-) My hero! And here's your hero in action, apparently. ;-) http://www.poetv.com/video.php?vid=3844 Can't say I blame him. They don't make em like that anymore. How would a Gay Duck like you know that b1tch |
#185
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How cool is VL2
On Apr 15, 7:57 pm, The Ghost In The Machine
wrote: I was referring to the dirigible envelope, not my head. In any event, a human under 9.3 MPa of pressure would be in no danger AFAICT as long as there's sufficient oxygen and no deleterious chemicals in the atmosphere. Unfortunately, neither is the case, judging from the data I've seen thus far -- though admittedly, I'm not sure how accurate the data is. Presumably the Venerian probes did some basic work regarding the atmospheric content for the short amount of time they were on the ground, and that data is now part of the Wikipedia entry for Venus. Your Wikipedia koran about Venus sucks, and you keep talking about our doing Venus in the buff. Are all such Jewish wizards of naysayism as dumb and dumber and/or as dumbfounded past the point of no return, as yourself? - Brad Guth |
#186
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How cool is VL2
On Apr 15, 7:57 pm, The Ghost In The Machine
wrote: As for breathing H2, unknown as to how that would react with our lungs. Under ideal circumstances it would be a bit like N2 -- generally inert. (However, N2 is soluble in blood; look up "the bends", a painful malady that strikes divers on occasion.) It is only unknown or perhaps being kept as a need-to-know for the likes of yourself and other naysayers. Under less favorable circumstances it may make one drunk. There are suggestions that ethyl alcohol's metabolism in the liver includes H2 as a byproduct. This H2 is metabolized as well, of course, or perhaps just passes into solution. Thanks, I didn't know that about some internal H2 benefits of drinking beer. And of course an H2/O2 mixture would be rather dangerous. Fortunately, it is also generally nonexistent, at least on Venus' surface; the biggest component thereon is carbon dioxide, the next is nitrogen, according to the standard measurements. Where you get your idea that there's hydrogen on Venus, I for one don't know. Presumably anyone stupid enough to stand on the Venusian surface, assuming the heat and the oxygen problem were solved, would succumb from the aforementioned nitrogen narcosis and some bad effects from CO2 acidic poisoning -- an issue that almost doomed the Apollo 13 mission, but was worked around by some clever engineering using duct tape, the flight manual, and a spare filtration unit. H2/O2 is a proven safe alternative to the N2/O2. Obviously you're not quite smart enough to know such things. Keeping the O2 at less than 5% is of course the anti-exploding requirement, of which I see no need of exceeding 1% O2. At such good pressure, there's much less need of O2, and thus our getting rid of much less CO2 seems the case. BTW; As with most everything in the universe, there's no shortage of hydrogen, that is unless you happen to live within a black hole. - Brad Guth |
#187
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How cool is VL2
On Apr 15, 7:34 pm, Odysseus wrote:
In article , The Ghost In The Machine wrote: snip If S8 is a compound, not an element, what is its chemical composition? S_8 is the most usual allotrope of elemental sulphur (No. 16 -- the official IUPAC spelling is the American "sulfur"), yellow in colour, as in the common household/garden product "flowers of sulphur". The molecule is a coronate (zig-zaggy) ring of eight sulphur atoms, and typically makes orthorhombic crystals. Conditions on Venus seem rather unsuitable for S_8 to persist. It melts at only 115°C (boiling at 445°C) under terrestrial conditions, and in the molten state the rings tend to open, forming polymeric S_n chains. I don't know exactly what effects the great atmospheric pressures would have on its behaviour, though. The melting point would be somewhat higher, because the liquid is 5-10% less dense than the solid, but I doubt it would become high enough for the substance to remain solid. FWIW sulphur's triple point is at over twice the pressure, and nearly twice the temperature, of Venus's surface. -- Odysseus Thanks much for the feedback, whereas it's likely the S_8 element as being geothermally forced into the Venusian atmospheric environment would likely end back on the surface as a dry and harmless powder. It's suggested that a layer of S_8 exist within the lower clouds, as an acidic formulation that's still in question as to the extent of this complex cloud layer, of which might contain the bulk of the atmospheric S_8. - Brad Guth |
#188
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How cool is VL2
On Apr 15, 7:34 pm, The Ghost In The Machine
wrote: In sci.physics, wrote on 15 Apr 2007 18:22:30 -0700 .com: On Apr 15, 3:11 pm, The Ghost In The Machine wrote: In sci.physics, wrote on 15 Apr 2007 14:49:14 -0700 om: On Apr 15, 1:47 pm, The Ghost In The Machine wrote: I for one see little point in putting anything in VL2 except for the "Wow, we could go there" factor (touristing). Admittedly, one might be able to gather additional Venusian climatologic data. I'm not sure how that would help Earth avoid global warming. Your all-knowing naysayism is well noted, and fully expected. Of course. But you're going to have to write a coherent proposal to the venture capitalists at some point. What's the return on investment here? Interplanetary commerce is worth how much these days? You tell us. A space flight to LEO is priced $20M on the open market, judging from the press releases I've seen thus far. $100M wouldn't be too out of line. Are we talking mere billions per year, per month, or its potential somewhere within the trillions upon trillions. It's actually a little hard to tell where the payback could ever stop going up and up. Businesses will readily tell you that income is gross revenue minus costs of revenue minus overhead. I know that much MBA. :-) A focus upon Venus would certaily cut our ongoing and continually outgoing losses by a good hundred billion per year as is. Doesn't that account for anything? Losses? What losses? What are you talking about? Are you suggesting that the Chinese will readily go onto Guthian Spacelines to travel to VL2? If so, I'd like to see a smattering of evidence -- if nothing else, a statement from a prominent Chinese industrialist that expresses an interest to traveling to Venus. - Brad Guth -- #191, Useless C++ Programming Idea #889123: std::vector... v; for(int i = 0; i v.size(); i++) v.erase(v.begin() + i); -- Posted via a free Usenet account fromhttp://www.teranews.com- Hide quoted text - - Show quoted text - Your insurmountable naysayism is noted. So why exactly are you and so many others of your silly kind even here? - Brad Guth |
#189
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How cool is VL2
On Apr 15, 8:44 pm, The Ghost In The Machine
wrote: In sci.physics, Odysseus wrote on Mon, 16 Apr 2007 02:34:46 GMT : In article , The Ghost In The Machine wrote: snip If S8 is a compound, not an element, what is its chemical composition? S_8 is the most usual allotrope of elemental sulphur (No. 16 -- the official IUPAC spelling is the American "sulfur"), yellow in colour, as in the common household/garden product "flowers of sulphur". The molecule is a coronate (zig-zaggy) ring of eight sulphur atoms, and typically makes orthorhombic crystals. Conditions on Venus seem rather unsuitable for S_8 to persist. It melts at only 115°C (boiling at 445°C) under terrestrial conditions, and in the molten state the rings tend to open, forming polymeric S_n chains. I don't know exactly what effects the great atmospheric pressures would have on its behaviour, though. The melting point would be somewhat higher, because the liquid is 5-10% less dense than the solid, but I doubt it would become high enough for the substance to remain solid. FWIW sulphur's triple point is at over twice the pressure, and nearly twice the temperature, of Venus's surface. Brad's claim is that there's a band of S8 some tens of kms above the Venusian surface. It is vaguely possible these are similar to ice crystals, and there is a mention of haze in http://www.springerlink.com/content/q165ljt76p368268/ Truly weird stuff, though, either way...and probably not all that healthy for those of us spawned from terra firma. :-) -- #191, GNU and improved. -- Posted via a free Usenet account fromhttp://www.teranews.com- Hide quoted text - - Show quoted text - Venus is nothing but weird and/or strange on steroids. It's a fairly newish planet because it's still so freaking hot on the inside. Everything about Venus and of its robust atmosphere is essentially proto-Earth worthy. Most of everything we've been told about Venus is simply dead wrong. Other than all of that, we should go there, and at least **** on a hot rock. I'll even supply the ice cold beer. If Venus is to much for any Ovglove jumpsuit, then a POOF city at VL2 seems the next best thing. From VL2 all sorts of fully robotic and capably remote flown explorations are quite doable, and from VL2 we could even nuke those existing locals or whatever visiting ETs with another nifty shock and awe round of our diplomatic policy, that which supposedly worked out so nicely on Iraq. - Brad Guth |
#190
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How cool is VL2
On Apr 15, 8:44 pm, The Ghost In The Machine
wrote: In sci.physics, Odysseus wrote on Mon, 16 Apr 2007 02:34:46 GMT : In article , The Ghost In The Machine wrote: snip If S8 is a compound, not an element, what is its chemical composition? S_8 is the most usual allotrope of elemental sulphur (No. 16 -- the official IUPAC spelling is the American "sulfur"), yellow in colour, as in the common household/garden product "flowers of sulphur". The molecule is a coronate (zig-zaggy) ring of eight sulphur atoms, and typically makes orthorhombic crystals. Conditions on Venus seem rather unsuitable for S_8 to persist. It melts at only 115°C (boiling at 445°C) under terrestrial conditions, and in the molten state the rings tend to open, forming polymeric S_n chains. I don't know exactly what effects the great atmospheric pressures would have on its behaviour, though. The melting point would be somewhat higher, because the liquid is 5-10% less dense than the solid, but I doubt it would become high enough for the substance to remain solid. FWIW sulphur's triple point is at over twice the pressure, and nearly twice the temperature, of Venus's surface. Brad's claim is that there's a band of S8 some tens of kms above the Venusian surface. It is vaguely possible these are similar to ice crystals, and there is a mention of haze in http://www.springerlink.com/content/q165ljt76p368268/ Truly weird stuff, though, either way...and probably not all that healthy for those of us spawned from terra firma. :-) -- #191, GNU and improved. -- Posted via a free Usenet account fromhttp://www.teranews.com- Hide quoted text - - Show quoted text - You've messed this one up, with having crossposted into your Third Reich cesspools of "alt.fan.art-bell, alt.usenet.kooks", so I'll repost to the original set of groups. Venus is nothing but weird and/or strange on steroids. It's a fairly newish planet because it's still so freaking hot on the inside. Everything about Venus and of its robust atmosphere is essentially proto-Earth worthy. Most of everything we've been told about Venus is simply dead wrong. Other than all of that, we should go there, and at least **** on a hot rock. I'll even supply the ice cold beer. If Venus is to much for any Ovglove jumpsuit, then a POOF city at VL2 seems the next best thing. From VL2 all sorts of fully robotic and capably remote flown explorations are quite doable, and from VL2 we could even nuke those existing locals or whatever visiting ETs with another nifty shock and awe round of our diplomatic policy, that which supposedly worked out so nicely on Iraq. - Brad Guth |
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