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Originally posted by Cogito, Ergo Sum
reply to post by moebius
It was quite clear that there were benefits, though at the cost of a very slight increase in fuel consumption.
Originally posted by daskakik
Originally posted by Cogito, Ergo Sum
reply to post by moebius
It was quite clear that there were benefits, though at the cost of a very slight increase in fuel consumption.
What does this mean? Given that the main reson for the device is to lower fuel consumption it sound backwards to say there were benefits but it used more fuel.
What were these benefits?
I am interested in hearing experiences from people directly, who have had success with this.
The benefits were that the engine seemed to run smoother. The torque characteristics changed ie. it seemed to have a bit more "get up and go" at the mid range rpm's than normal.
Originally posted by john_bmth
reply to post by RogerT
Yes. That's how science works. Unless I can demonstrate that I am the second coming of Jesus Christ, my claim is false. True and false don't get equal weighting, science doesn't work like a court of law where people are innocent until proven guilty.
It's not assumed to be true until it's proven true. Einstein's theory of relativity was hotly debated at first. Eventually, it was proven.
Originally posted by RogerT
Aha, I get it now.
So basically, unless it's been through the peer review system and validated by said system (how does that work anyway when stuff is hotly debated?), then it must be false.
The example I gave in this thread was a claim by someone that when they turn off their engine, they burn less gas than when the engine is running. That's not an extraordinary claim, it's what you'd expect. Same with your height being less than 8 feet.
So if I claim that I am less than 8 feet tall, unless I can show you a peer reviewed paper containing sufficient evidence, then my statement is false ergo I am over 8 foot - according to your model of science?
Originally posted by Arbitrageur
It's assumed not to be true, until he proves it with extraordinary evidence.
Yes, you are talking semantics.
Originally posted by RogerT
Is that semantics?
Electrolysis by simple direct current would create hydrogen and oxygen with a net energy efficiency of only 54 percent, according to Puharich, a Virginia-based inventor. But he says his alternating-current system reaches better than 90 per cent efficiency.
A former physician, Puharich discovered the water-splitting technique a dozen years ago but has only recently presented his findings publicly.
Originally, he was investigating the DISRUPTIVE EFFECT of electrical resonances on blood clots and noticed a peculiar thing: in dilute blood, a SPECIFIC FREQUENCY made bubbles appear in the liquid.
Lab analysis showed that the bubbles were composed of oxygen and hydrogen.
A barrel-shaped cavity contains the water in Puharich's recently refined system. He introduces alternating current at A KEY FREQUENCY of 600 cycles per second.
The cavity resonates with the impulses in somewhat the same way the body of a violin resonates with the sound of one string, ADDING HIGHER AND LOWER HARMONICS TO THE PRINCIPAL TONE.
The additional harmonics, Puharich says, cause the proton in the hydrogen atom TO ROTATE, further forcing the hydrogen to split from the oxygen.
Originally posted by TWISTEDWORDS
reply to post by Arbitrageur
The answer to that question of your is yes, you can split the atoms using the alternator. You would simply hook up the positive lead and negative lead from the alternator to two copper rods for the experiment submerged in water. while the alternator runs it would produce the + and - charge to the rods and the would split the water atoms into gas bubble at the top of the reservoir. You would then capture the hydrogen on one side and the oxygen on the other. No problem at all.
Your only problem with water for long term use is the rods. You would really need either gold, platinum or palladium rods to be perfect as neither gold nor palladium will rust in water. You can also use a hybrid metal used in jewelry called Nambe wear metal. It's an alloy and again won't rust, but will conduct.
In all practicality you would need a reservoir of plastic and nothing that would corrode with water. Building a automobile would be costly as the gold or alloys would eat you up.
To make this statement is taking one statement in my post out of context. I specifically qualified my response wth comments about our understanding of the energy levels required to break chemical bonds in water molecules and the mountain of evidence related to that. And I also made some statements like "what we think we lmow" which is certainly not absolute. So the implication in context, is that one would need to demonstrate some fundamental flaw in our understanding of how the chemical bonds in water molecules work, or something along those lines, to contradict our claim that "we can't run a car on water". Another part of the context is the scenario posited in the OP, that is using the cars alternator to power the electrolysis is the part that makes it impossible based on our current knowledge of physics, chemistry and thermodynamics, just to name a few disciplines.
Originally posted by RogerT
I guess I am balking at the absolutism in the stance.
Any electrolysis makes you put more energy in, than you get out, standard or otherwise.
Originally posted by RogerT
In terms of breaking water into H and O2, I'm not doubting the conventional wisdom that standard electrolysis takes more energy that recombining the molecules gives out (sorry for the lay terms).
merlib.org...
Electrolysis by simple direct current would create hydrogen and oxygen with a net energy efficiency of only 54 percent, according to Puharich, a Virginia-based inventor. But he says his alternating-current system reaches better than 90 per cent efficiency.
Could he have found something that changes the way the molecular bonds react to electrical current?