You are viewing a single comment's thread from:
RE: NOT Your High School Electrolysis. Give me ONE WEEK to BLOW YOUR MIND.
Nice post! One of the keys to stan meyer's tech was his ability to control the burn rate of hho, and slow it down.
Nice post! One of the keys to stan meyer's tech was his ability to control the burn rate of hho, and slow it down.
Very cool, did not know that! I also heard that many that tried to replicate his technology would get stuck in different 'dead ends' but that one aspect that is underestimated, it the role of sound/vibration to help the gas production, perhaps not just in finding the ideal resonant frequency, but also to have the sound aid the bubbles of gas to dislodge from the cells making it. Ohmasa from Japan has some fascinating developments, such as the ability to produce and STORE the case in cylinders, but also to clarify that sound is one factor that heavily influences gas production. I'll probably have to watch it again, but I chose NOT to include hours of Stan Meyers lectures since they can be a bit dry and may intentionally include information to veil underpinnings of the technology while he was alive. But that's another Week on youtube :/ too technical for me. But I had heard something to that effect before, thanks @dayoneness :) Apparently, the gas is implosive when in balance (between the ratio of hydrogen and oxygen) and explosive when that ratio is off by 5% or more. Maybe that was the kind of thing he had to fiddle with for burn rate optimization.... ?
The other problem people are having, is they are still trying to split the water with brute force electrical current. The trick is to do something similar to what John Bedini did with Tesla's DC impulses. He used it to charge batteries, but once they had charged, people would say they would start to "cold boil", which means hho production in the flooded lead acid batteries. Here is a video I put together to help teach that point about current flow and using a "trigger" instead:
Thanks I'll check it out!
The resonance of the chamber needs to be tracked and maintained, that is one problem people run into.
In my research, I found that Ozone production could be the key to controlling burn rates. This could also be going on in the GEET with the plasma. By turning some of the HHO into O3(ozone) should slow down the recombination. I even did a little youtube search on the hunch, and found someone who experimentally prove it:
That's a really good point and relates to a lot of the mind bending physics that seems to take place, namely implosive forces allowing for fusion to take place between and within materials. I HIGHLY recommend the Brown's Gas books by George Wiseman of Eagle Research. Aside from the interplay between the two main gases, there can apparently be varying ratios of expanded, diatomic and mono-atomic hydrogen and oxygen, each with different properties and energy potentials. Maybe if the PURE gases are made, they might have the desired results without needing Ozone. The thing that irks me most on the topic is that A LOT of the good stuff gets taken down. There was a fantastic multi part exploration on the properties of Brown's gas just for Welding by the second water car fella on here, but I haven't been able to find them, only snippets, for a few years now. My favorite of all time though, was a video of bunch of kids who made a miniature lighter out of a mason jar that ran on water and a 9V battery. Apparently took them over 300 attempts but they got it in the end. This is my pre-watch-the-video rant.... one sec....
So Cool!
And an Easy way to fix the Ozone hole (which is still healing, I hear) but the catch would be getting it up there. There is ground Ozone, but the really high up stuff might need to be made while flying near. Nice side gig for Satellites maybe?
Also makes me wonder though, about the different gases already being made and energy states they might be in. If the ratio between H and O are off by more than 5% it can be explosive instead of implosive, which is how the welders are able to achieve such crazy feats. Ionizing O2 into O3 could already affect that balance. What happens to Hydrogen when it gets ionized? H3? How to tell it's proper HHO and not just a soup of H and O? Getting the gases excited enough to become monoatomic while keeping the bond between H and O is how they SNAP back together when ignited, I thought. O2 FOOFS and H2 POPS but HHO collapses in an even sharper sounding SNAP.