I struggled to make my 3d prints water tight, and the pressures kept pushing the domes off, and I found the aquarium pump with sparging of bubbles at intake was enough to create nano bubbles.
My idea was to make the Cavitating geometry stationary, but this may need a bigger pump to get the rights flows to do more than Nano Bubbles. I was also considering the geometry that use a venturi and a series of vanes like on a gas turbine.
I found that if I run Ally foil with some crushed quartz and a smudge of surfactants I can get a grey solution after 70mins in ULTR! My hope here is that it becomes Si-O-Al and can be used in a more vigorous cavitating device.
I'm wondering If we can find an easy to replicate device that can also make the ohmasa gas, if that could fuel our engines too? And on that note I was thinking an unbalanced engine/motor could vibrate a bucket with plates fixed into and sealed to collect the gas. Heck maybe even the perforated sheet fixed into a bucket will yield similar results. thats my 2 cents for today.
Perhaps you can review the griggs hydrosonic pump for spacing tolerances. I don't think LeClare cared about this to begin with.
You know there are versions of the tesla turbine/pump that has impeller vanes!
I was thinking about using a tesla pump with one disc having holes for cavitation stacked with a solid disc, so either side of the solid disc would be the cavitating discs, and then some stators either similar or just solid. That would be a more simple device to build in my view (Even if milled/cut from one block).
This is what it takes. Amazing progress to see. One has to wonder, if actual solutions exist, are the sources of anti-solutions intentional ones? Regardless, the love of innovation must will out. Thank you.
I made an attempt to explain what I think is happening internally after looking over the patent description.
Images posted here with descriptions: https://imgur.com/a/opv5SBB
Hopefully it is clear enough to make sense. It was all done on mobile so forgive the crudeness.)
https://youtu.be/RTEWLSTyUic?si=UXk1Urzy2P-Cczn-
55 mins to 56 mins relating to this subject.
T. T Brown.
This says the Griggs has 1.5mm clearance https://peskiadmin.ru/en/kavitacionnyi-dlya-otopleniya-doma-100-kvadratnyh-metrov-kak-sdelat.html
I also replicated/reversed engineered the oxydoser and global cavitation devices I have some unpolished freecad files.
I used/tried this part https://www.thingiverse.com/thing:5827554 but not sure how to draw this in CAD.
I struggled to make my 3d prints water tight, and the pressures kept pushing the domes off, and I found the aquarium pump with sparging of bubbles at intake was enough to create nano bubbles.
My idea was to make the Cavitating geometry stationary, but this may need a bigger pump to get the rights flows to do more than Nano Bubbles. I was also considering the geometry that use a venturi and a series of vanes like on a gas turbine.
I found that if I run Ally foil with some crushed quartz and a smudge of surfactants I can get a grey solution after 70mins in ULTR! My hope here is that it becomes Si-O-Al and can be used in a more vigorous cavitating device.
I'm wondering If we can find an easy to replicate device that can also make the ohmasa gas, if that could fuel our engines too? And on that note I was thinking an unbalanced engine/motor could vibrate a bucket with plates fixed into and sealed to collect the gas. Heck maybe even the perforated sheet fixed into a bucket will yield similar results. thats my 2 cents for today.
The inlet and outlet are on the same side.
If a fluid enters, it is rotating anticlockwise.
At the exit, it needs to go clockwise.
Tony wrote he wasn't sure why the diffuser vanes change direction, but this will need to happen given the inlet and outlet orientations.
The point at which they change will cause shear forces to occur and this may generate the EVO.
Some thoughts.
Perhaps you can review the griggs hydrosonic pump for spacing tolerances. I don't think LeClare cared about this to begin with.
You know there are versions of the tesla turbine/pump that has impeller vanes!
I was thinking about using a tesla pump with one disc having holes for cavitation stacked with a solid disc, so either side of the solid disc would be the cavitating discs, and then some stators either similar or just solid. That would be a more simple device to build in my view (Even if milled/cut from one block).
An example https://i.ebayimg.com/images/g/Q~oAAOSwKHtgkFFG/s-l1600.jpg
Or go the LeClare route and use a standard water impeller pump with perforated Ally sheet rolled up over a copper pipe to make into a heat exchanger. See Page 21 of https://www.waterjournal.org/uploads/vol5/supplement/LeClair.pdf
This is what it takes. Amazing progress to see. One has to wonder, if actual solutions exist, are the sources of anti-solutions intentional ones? Regardless, the love of innovation must will out. Thank you.
Here's the link to the obj file with the separated parts for importing in blender
https://drive.google.com/file/d/1FZIDzThv-lQ60sTc4Nn7f_qmz3dEcKUH/view?usp=drive_link