**** The presence of a previously unknown form of energy was frequently inferred by HHO researchers from the amazing scalability of oxyhydrogen welding torches.****
I've watched this happen; watched firebrick MELTING in seconds right in front of my own lyin' eyes... It was called Brown's gas when I watched it happen... I often wondered what would happen if one placed a kettle of water on a burner powered by "Brown's Gas." By the way, it was only effective on solids of various sorts; wouldn't burn skin; you could pass your hand through the colourless flame with no ill effects. P. ________________________________ From: Frank <[email protected]> To: [email protected] Cc: [email protected] Sent: Thu, February 11, 2010 7:58:04 PM Subject: Re: [Vo]:CNN iReport on BLP Mixent said on Thu, 11 Feb 2010 13:36:58 -0800 [snip] Nevertheless I was pleased and surprised to note that he made the connection with the HHO stuff. [/snip] Robin, Yes, and that was just one of several disparate fields he pulled together – I was impressed by how well he stated his case in non technical terms, I think his grass roots message is reaching critical mass. [Snip from Ireport ] At another level, the discovery of the hydrino is perhaps a validation of oxyhydrogen researchers who have long claimed the presence of a heretofore inexplicable energy source in hydrogen catalysis that produces increased energy during or after electrolysis, when oxyhydrogen is burned in internal combustion engines. That energy has been the foundation for a little-known and much-abused industry surrounding oxyhydrogen, or HHO, where hydrogen is produced on demand in small, engine-mounted kits called HHO generators (or, incorrectly, fuel cells) used as a fuel supplement to increase power and gas mileage and eliminate emissions from cars and trucks. Metals and chemicals that also form a part of the BlackLight catalyst is applied as a coating to titanium HHO plates to isolate a supposedly purer form of hydrogen. The presence of a previously unknown form of energy was frequently inferred by HHO researchers from the amazing scalability of oxyhydrogen welding torches. Those can be scaled from a few hundred degrees to whatever temperature melts a given metal, without any further adjustments by the welder. Where does that ability to scale from 300 degrees to 10,000 degrees come from? [/snip]
