generator test with 1000watt load pt.1

there was fuel left in the fuel line so I had to redo this test for data. but there is some stuff in here worth watching.

Category:

Science & Technology

Tags:

• HHO
• H2o
• Hydrogen
• Oxygen
• Electrolyzer
• stan
• meyer
• steam
• injection
• mpg
• fuel
• economy
• ebn

[SirCuddles2006]

please don't report the following posts as spam as I am just touching on some apparently misunderstood topics in previous posts. I am very glad to see so many scientists here. We are all scientists as long as we perform experiments or attempt to understand changes (or lack there of) in our environment/experiments. The following are explainations of why those of higher understanding of the sciences are not so baffled by our (notice I said "our", myself included) lesser experiments.

[d3adp001]

@SirCuddles2006 I would never report someone who is trying to help. Thanks you for the interest.

[SirCuddles2006]

- misunderstood HHO torches- I don't understand why everyone seems to over complicate this matter. HHO torches "burn" because of rapid oxidation. they burn cleaner because the HHO and the water is self shielding. High carbon steel dosen't rust as easily after being exposed to combusting HHO is because rapid oxidation is taking place in the "shielded" environment and that shield being water vapor provides excellent carbon displacement, also C + rapid rapid oxidation = CO2

[SirCuddles2006]

- resonance. Zero point energy deos exist! problem: zero point energy only exists when the effects of the subjects environment are not taken into account, when in fact the energy is being inroduced by an unseen factor of the environment itself. example: introduction of resonation frequencies into a body of water that is already destabilized by electron flow which is thaught to produce HHO gas at a rate above that to be considered "unity" or equal to the input of energy introduced.

[SirCuddles2006]

- resonance. Zero point energy deos exist! problem: zero point energy only exists when the effects of the subjects environment are not taken into account, when in fact the energy is being inroduced by an unseen factor of the environment itself. example: introduction of resonation frequencies into a body of water that is already destabilized by electron which is thaught to produce HHO gas at a rate above that to be considered "unity" or equal to the input of energy introduced.

[SirCuddles2006]

- electron discharge during combustion of HHO is easily explained. Any gas requires an excess electron to maintain it's gasseous form as compared to it's solid form (although in most cases this also requires the bonding of this atom to another atom/molecule to obtain stability if the environment remains the same), when reforming with another molecule (combustion in this case) the excess electron must be expelled from it's atomic bond (electron field) in order for the atoms to bond/stabilize.

[SirCuddles2006]

- here is the basics of HHO production from water. #1 when you subject water to exess flow of electrons you you are facilitating the excess electron (one per molecule) needed for the disassociation of the hydrogen from the oxygen in molecules of water because they now may exixst in their gas form (isotope). because the new molecules cannot readily bond with water they are henceforth released into the atmosphere.

[SirCuddles2006]

- compression change? Hydrogen does not require a compression change. Increases in compression does only 3 things in an internal combustion engine #1- increase thermal-baric efficiency #2 provide greater fuel mass exposure to the spark kernel there by increasing flame front progression speed and pressure increase (as stated in one) #3 allow a RICHER fuel concentration ratio (not leaner as stated) to be ignited. The only time compression permits richer ratios is in compression ignition (diesel).

[SirCuddles2006]

- no heat? to the contrary heat is an important factor when burning anything (even with HHO combustion) and it is present and active when it "burns" through anything. You are right in the fact it has very little effect (virtually none other than to allow hard materials such as steel to flow away from the combustion mix and allow exposure to the unoxidized/unheated material). but HHO's ability to "burn" anything comes from rapid oxidation, and carbon displacement.

[star2067]

@bill71183 gasoline=combustable, hho gas=explosive ... agree BUT gasoline need compression to became like an GAS because we are looking for explosion. So if we get HH Oxygen and H are already an GAS no need to compress the H. Handle the delay between gasoline explosion and Hydrogen (almost instant explosion) really hard because of back fire on high rpm, spark begin so close from each other. Like Stanley Mayer the secret are in the injection system of the hydrogen himself.