Hi,
Here is the factlist of my waterresearch. Of course i am not in the position to test and confirm all this, but its a nice list.
The list is random. Maybe i will sort the info in a better understandable way.
The list is still growing and will be updated.
If anybody has more facts, please write a reply and i will add it.
br
Steve
Each oxygen atom is typically surrounded by four hydrogens--two close ones from its own molecule, and two further away on nearby moleculesThe oxygen has a negative charge, and the hydrogens a bit more positive--a charge separation called a dipole.In water, the dipoles are already partially aligned. This without any applied voltage field Clusters of nearby molecules act as a single, larger dipole, enhancing the field more than they would on their ownEach oxygen pulls the hydrogens further from the oxygen in neighboring molecules, which increases the charge separation within each molecule and therefore the strength of each molecule's individual dipole.
Electrons are spread out among the moleculesDipole values of water are typically 60% bigger than for water vaporHydrogen bonds give water its strength Water needs more energy to heat it than is needed to warm most things. Its hard to heat water because molecules must vibrate more vigorously to become warmer, but hydrogen bonds restrict the movement of water molecules.
Water always trys to get into a state of equilibrium. If you put a detergent in water, watermolecules will surround it and try to neutrilze the voltagefield of the detergentThe hydrogen bond in water is part (about 90%) electrostatic and part (about 10%) covalent The electrostatic force between an electron and a proton, that together make up a hydrogen atom, is about 40 orders of magnitude stronger than the gravitational force acting between themFluid velocitie creates a static charge. Because of its large impact on dielectric constant, the recommended velocity for hydrocarbon fluids containing water should be limited to 1 m/s.
Electrons are the bond between the oxygen atom and the hydrogen atom. If the electrostatic charge on an electron can be discharged, it will cease to bond.
The low mass bodies of the electrons can polarize in response to very high frequency electric fields. Ions and permanent dipoles move too slowly and can only be polarized by lower frequency electric fieldsThe time needed for a specific polarization to occur is termed the relaxation time.
Dielectric materials, like water, have a dielectric constant greater than unity and are strong supporters of electrostatic fieldsDielectric strength of a material is a measure of the material resistance to breakdownBreakdown of water occurs when electrons break molecular bonds in the water during an ESD event creating micro-defects which can propagate through the water.ESD (electrostatic discharge) may free electrons from atoms and accelerate them to energies high enough to free other electrons from atoms which creates an avalanche of electron interactionsThe dielectric strength of water remains almost independent of the pulse width, when the pulse width is within the microsecond range,When the pulse width decreases to the sub-microsecond range, the dielectric strength starts to increaseFor short pulses, water combines high dielectric strength, high dielectric constant (~80), and is "self healing" in the event of an electrical breakdown Increasing the water’s temperature will reduce the water's density and increase ion mobility . It decreases the dielectric strength You need to have at least 5 molecules to have
liquid water (Penta Water) but less than 5 molecules would be called
vapor or a gas form of water which Stan Meyer's apparently is making
not seperating Hydrogen and Oxygen, these vapors in the process of
enough RF energy.Electrolysis reduces the viscosity of water