It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
originally posted by: Kurokage
Your joking, right??
Are you are really trying to say you don't understand the science of continental drift and an ocean rose up around the entire world higher than 34,000ft??
originally posted by: underpass61
a reply to: Skywatcher2011
If it's near the core I wonder how hot that water is?
originally posted by: Oldcarpy2
a reply to: gortex
I have never heard a plausible explanation as to where all the planet's water came from.
Not buying comets.
Anyone help me out?
I really don't know.
originally posted by: NorthOfStuff
originally posted by: Vroomfondel
a reply to: starviego
From an engineering standpoint that is not the case.
If it is trapped in rock, which it very well could be at any given time, it would not move at all. Water is one of the densest materials on Earth and can not be compressed. It does not give way under pressure, it simply transmits that pressure somewhere else - hydraulics.
If it is in a sealed environment it could remain liquid despite incredibly high temperatures. The danger then would be when it gets free and is allowed to expand into super-heated steam. The ratio is appox. 300-1. And at those kinds of temps, it would happen in a fraction of a second. In fact, it is literally called flashing.
I think the steam to water ratio is around 1700:1 at atmospheric boiling point 100C.
Largest ocean on earth flashing from water to steam at 400C would be unimaginable.
originally posted by: gortex
a reply to: Skywatcher2011
If we have 3 times the amount of water we thought we had it kind of suggests that water is everywhere in the Galaxy / Universe and most rocky planets will also have an abundance of the wet stuff.
The discovery also begs the questions why ? and how ?
Dr Luke Daly, from the University of Glasgow and the study's lead author, said: "The solar winds are streams of mostly hydrogen and helium ions which flow constantly from the Sun out into space."When those hydrogen ions hit an airless surface like an asteroid or a space-borne dust particle, they penetrate a few tens of nanometres below the surface, where they can affect the chemical composition of the rock.
"Over time, the 'space weathering' effect of the hydrogen ions can eject enough oxygen atoms from materials in the rock to create H2O - water - trapped within minerals on the asteroid.
"Crucially, this solar wind-derived water produced by the early solar system is isotopically light."
"That strongly suggests that fine-grained dust, buffeted by the solar wind and drawn into the forming Earth billions of years ago, could be the source of the missing reservoir of the planet's water," Dr Daly added.
originally posted by: salty_wagyu
I wouldn't want to find out what happens if we dug deep enough to access this superheated hidden ocean... an aggressive steam jet could pop out, high enough to penetrate our atmosphere and Earth would get its own thruster? We'd start moving away from our solar system, LOL.
Yes I'm aware of how faithful people are to the evolutionary mythos. But If you stop ignoring history we can see that there was a global flood that covered the
originally posted by: NorthOfStuff
originally posted by: Vroomfondel
a reply to: starviego
From an engineering standpoint that is not the case.
If it is trapped in rock, which it very well could be at any given time, it would not move at all. Water is one of the densest materials on Earth and can not be compressed. It does not give way under pressure, it simply transmits that pressure somewhere else - hydraulics.
If it is in a sealed environment it could remain liquid despite incredibly high temperatures. The danger then would be when it gets free and is allowed to expand into super-heated steam. The ratio is appox. 300-1. And at those kinds of temps, it would happen in a fraction of a second. In fact, it is literally called flashing.
I think the steam to water ratio is around 1700:1 at atmospheric boiling point 100C.
Largest ocean on earth flashing from water to steam at 400C would be unimaginable.