This project is about the same as before. but something very very fun is here.
As the polyacrilamide expands inside tubes, they come up again and again.
the expansion make them ladder.
(we also could explore the expansion over a low angle cone, that woudl force them to be expeled up by strong directed pressure.)
(Remenber that crossing expansion compression is a limit creator, creates a wall of crossing lines)
What is much more fantastic over these, is there this bubles could keep vacuum.
As expansion happens over tubes, their direction would be up. Against gravity.
IF they expand inside a tube the vacuum will not mix out from the top portion to the botton.
(rubber rings with water chanels inside)
RINGS: - project on rings projected 2 constant different air pressures.
(remenber: Many space is like a solid wall, as the time to cross will be much more than the speed of matter in case.)
(also remenber: Very compact solid is like a multiplyer speed of light for matter expanded into vacum, because vacum find much less space to travel, just the reverse of above observations)
Rings woud contract over very high pressures, the intestines like outer organic polyacrilamide layer cone would keep a vacum atmosphere separated from a high pressure atmosphere at base of cone.
As the rings feel the pressure, a compression takes place, they are forced up. (like inverted jacobs ladder)
As these rings flow into their axes, they are guided to the vacum.
The vacum pulls there are so many that the only top ring is influenced.
As the ring come to the vacuum environment they turn upside down.
Now you ask, the ring was released from a inner presssure there is no way back without a outer influence or force.
Not really:
They now is guided to a neutral position, no pressur up or down, but fit well.
Something come into the game now.
The inner of ring is just fit. but as vacuum expands them, the outer surface now as a inverted low angle cone compress them in downward direction against pressure escaping from vacuum.
As many rings are there, they dont mix the atmospheres.
The rings come down as:
1 - Ladder by expansion by vacum.
inner cilinder make possible a upper pressure and under pressure also.
As the rings come out into ring pressure conical rooling, they come up
As they come up very fast, they woud fall onver tips of cones.
But now they begin to dry because of very huge vacum.
As the polyacrilamide expands inside tubes, they come up again and again.
the expansion make them ladder.
(we also could explore the expansion over a low angle cone, that woudl force them to be expeled up by strong directed pressure.)
(Remenber that crossing expansion compression is a limit creator, creates a wall of crossing lines)
What is much more fantastic over these, is there this bubles could keep vacuum.
As expansion happens over tubes, their direction would be up. Against gravity.
IF they expand inside a tube the vacuum will not mix out from the top portion to the botton.
(rubber rings with water chanels inside)
RINGS: - project on rings projected 2 constant different air pressures.
(remenber: Many space is like a solid wall, as the time to cross will be much more than the speed of matter in case.)
(also remenber: Very compact solid is like a multiplyer speed of light for matter expanded into vacum, because vacum find much less space to travel, just the reverse of above observations)
Rings woud contract over very high pressures, the intestines like outer organic polyacrilamide layer cone would keep a vacum atmosphere separated from a high pressure atmosphere at base of cone.
As the rings feel the pressure, a compression takes place, they are forced up. (like inverted jacobs ladder)
As these rings flow into their axes, they are guided to the vacum.
The vacum pulls there are so many that the only top ring is influenced.
As the ring come to the vacuum environment they turn upside down.
Now you ask, the ring was released from a inner presssure there is no way back without a outer influence or force.
Not really:
They now is guided to a neutral position, no pressur up or down, but fit well.
Something come into the game now.
The inner of ring is just fit. but as vacuum expands them, the outer surface now as a inverted low angle cone compress them in downward direction against pressure escaping from vacuum.
As many rings are there, they dont mix the atmospheres.
The rings come down as:
1 - Ladder by expansion by vacum.
inner cilinder make possible a upper pressure and under pressure also.
As the rings come out into ring pressure conical rooling, they come up
As they come up very fast, they woud fall onver tips of cones.
But now they begin to dry because of very huge vacum.
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