About Polyacrilamide expansion bubbles and water rings.
1 - Expansion of polyacrylamides in water absorption makes them push themselves up. The way is not about density, is much more like a ladder - That way the bubbles could have lead or some very heavy material inside - going up against gravity.
Polyacrilamide can have maybe 1% other material mixed when dry.
Polyacrilamide can in better configuration, be around balls like a skin.
This skin could be made by injecting some metal particles inside a rubber state, almost dry polyacrilamide.
The objective here would be to have a dry skin that won´t brake, making a very dense matter to came up against gravity like a ladder.
We used to think that a gravity engine or perpetual motion can´t work with weigh only, but sure works if the weight comes up like a ladder by expanding state. This is how nature works as Walter Russel talks in his home course.
A ball that is composed of polyacrilamide mixed with inox tiny bubles (atoxic, heavy) making a composed sphere very weighty.
As polyacrilamide expands, they ladder up, to the point they overflow in a plane filter that wont let bigger bubbles come down.
When they dry to a sufficient tiny, they cross holes and fall under the "wet tube" that by tiny holes wont let hidrated balls come out, but wont let also dehidrated ones waiting outside, because the balls have so much space between them.
A 1 centimeter hidrated ball can have much more than 10 tiny dry dehidrated ones, just under him beside his touching point at the base.
A very good design would have setions like a coral snake or bee fat ass.
That rings separated 3mm from each other would let easy tiny come in the wet hidrating tube.
A easy process would be a cone with tip inside water at the base of a closed tube, let
the tiny bubles come in and help expansion just from the place where they can be very fast hidrated.
Well if a buble comes in a dry place, the speed would be very compromised, like if we charge only one of 10 series of batteries, the charge from that only battery would be distributed. This would be very very bad for speed of charge.
For a battery work well as this kind of ladder batery, we would need recharge(hydrate) equally every section that the tiny dry bubles come in.
"Intestines like" tube would allways hydrate them, but just in this experiment a single cone under would be sufiicient.
A regulated flow of balls that fall under the cone is sudden rehidrated, and them come up again, but wont be able to came out from the tube, as the holes is already too tiny in the section from cone.
Dry balls is somewhat related to water vapour or evaporated particles, or even hho.
Water is another state.
In gaseous state, that kind of movement that happens here in very slow motion, can hapen very sudden in fire, gas or liquid states, what would explain the workings of nature.
I wonder if that sistem is not crossing against each other in the case of a incandescent charcoal in a candle. As air comes in into compressing the charcoal, there is a simultaneous expansion that would filter like I SAID above.
A filter generated by two oposing forces would create a visible flame limits.
Whem we have 2 oposing forces as expansion and compression we have fire.
Studies on Gasefier inner flames woul make it easy to understand.
Ritmic Balanced Interchange.
what about create some simulating polyacrilamide rings?
1 - Expansion of polyacrylamides in water absorption makes them push themselves up. The way is not about density, is much more like a ladder - That way the bubbles could have lead or some very heavy material inside - going up against gravity.
Polyacrilamide can have maybe 1% other material mixed when dry.
Polyacrilamide can in better configuration, be around balls like a skin.
This skin could be made by injecting some metal particles inside a rubber state, almost dry polyacrilamide.
The objective here would be to have a dry skin that won´t brake, making a very dense matter to came up against gravity like a ladder.
We used to think that a gravity engine or perpetual motion can´t work with weigh only, but sure works if the weight comes up like a ladder by expanding state. This is how nature works as Walter Russel talks in his home course.
A ball that is composed of polyacrilamide mixed with inox tiny bubles (atoxic, heavy) making a composed sphere very weighty.
As polyacrilamide expands, they ladder up, to the point they overflow in a plane filter that wont let bigger bubbles come down.
When they dry to a sufficient tiny, they cross holes and fall under the "wet tube" that by tiny holes wont let hidrated balls come out, but wont let also dehidrated ones waiting outside, because the balls have so much space between them.
A 1 centimeter hidrated ball can have much more than 10 tiny dry dehidrated ones, just under him beside his touching point at the base.
A very good design would have setions like a coral snake or bee fat ass.
That rings separated 3mm from each other would let easy tiny come in the wet hidrating tube.
A easy process would be a cone with tip inside water at the base of a closed tube, let
the tiny bubles come in and help expansion just from the place where they can be very fast hidrated.
Well if a buble comes in a dry place, the speed would be very compromised, like if we charge only one of 10 series of batteries, the charge from that only battery would be distributed. This would be very very bad for speed of charge.
For a battery work well as this kind of ladder batery, we would need recharge(hydrate) equally every section that the tiny dry bubles come in.
"Intestines like" tube would allways hydrate them, but just in this experiment a single cone under would be sufiicient.
A regulated flow of balls that fall under the cone is sudden rehidrated, and them come up again, but wont be able to came out from the tube, as the holes is already too tiny in the section from cone.
Dry balls is somewhat related to water vapour or evaporated particles, or even hho.
Water is another state.
In gaseous state, that kind of movement that happens here in very slow motion, can hapen very sudden in fire, gas or liquid states, what would explain the workings of nature.
I wonder if that sistem is not crossing against each other in the case of a incandescent charcoal in a candle. As air comes in into compressing the charcoal, there is a simultaneous expansion that would filter like I SAID above.
A filter generated by two oposing forces would create a visible flame limits.
Whem we have 2 oposing forces as expansion and compression we have fire.
Studies on Gasefier inner flames woul make it easy to understand.
Ritmic Balanced Interchange.
what about create some simulating polyacrilamide rings?
No comments:
Post a Comment