water and gasoline mixture used in a car engine

Demonstrates the use of a car engine running on a mixture of water and gas in a gas tank.

Category:

Science & Technology

Tags:

• entertainment
• featured
• microwave
• water
• science
• molecular
• structure
• change
• oil
• gasoline

[bikr1975]

just curious, are you using a backfire arrestor found on most hho cells? can you tell me if i can do this at home? i want to make at least 5 gallons per day. is putting a mix of 50/50 water and gasoline in a bottle and shaking it for a few minutes similar to what youre doing here? what about a paint shaker, will i be able to make more fuel that way? please help.

[microwaveguru]

@bikr1975 No, I am not using a backfire arrestor.. I would not tell you to do this at home. The water is changed with a process that changes its molecular structure. I am mixing water and gasoline, but the water is different from what is available by any other method.

[zams650]

... dissipate immediately with the water's removal from the magnetic/RF field. Am I missing something?

[microwaveguru]

@zams650 

[Drawmer2]

could your secrete water be "Heavy Water"? because I've heard that heavy water can cure all that stuff that you said. Just curious, also wanted to mention that if you put your process out in the open you are a national hero, if you hide its not good. AK-47 is best gun known to man, the guy did it for his country, not for himself. people will never forget his name till end of man kind. be a hero man.

[microwaveguru]

@microwaveguru At resonance, the bonds can be changed with very little energy, and by including them in an orientation field, we can influence the vectors of the bonds and molecules. Being a chemist is not enough to understand this, being a physicist is not enough, being a material scientist is not enough. One should study all three disciplines to try and understand what is going on, then have an open mind to the first ever observed change in the bonding energy of water.

[microwaveguru]

@microwaveguru many atoms at once (billions) so we are really only statistically sampling the water molecule, not the individual molecule. See also "Polarized microwave and RF radiation effects on the structure and stability of water", by Manju Lata Rao, Steven R. Sedlmayr, Rustum Roy1,3,* and John Kanzius in Current Science, Vol 98, No 11, June 2010. By hitting resonance we can induce changes in the spins, orientations, angles, etc of the electrons and bonds themselves between the atoms.

[microwaveguru]

@zams650

Yes, the structure of water is tetrahedral, kinda of. That is for a single molecule, but when it interacts with other molecules, the geometry is "bent". ( I am using non technical terms). The bonds form several different bonds of different forms (see "Measurement of the Raman spectrum of liquid water" by David Carey and Gerald M. Korenowski and also Stretched Water is More Reactive by George C. Schatz, both scientific papers). Remember what we know about water is from measuring

[zams650]

Ok, so water contains an oxygen atom that is sp3 hybridized and has a tetrahedral geometry, with 2 of its 4 orbitals being occupied by covalent bonds to 2 different hydrogens, and the other 2 orbitals being occupied by 2 sets of lone electron pairs.

Water is constituted ONLY by 2 hydrogens and one oxygen, and the ONLY possible geometry ("structure") it can assume, without adding or subtracting atoms/electrons, is the tetrahedral one. Any changes brought about by resonance would

[ermollejuo]

So, what's coming out of the exhaust ?