What is the cluster theory of deoxidized water?
Approximately 15years ago, with the help of nuclear magnetic resonance (NMR) appliance, it was confirmed that water does not exist in single unit molecules, but forms a molecular population (cluster) out of approximately 13 water molecules. These clusters are constantly repeating an aggregation – disaggregation process. The quality of water depends on the size of its clusters. For example, small clusters have active molecules that increase the capacity of water to dissolve elements (solubility), let elements pass through (permeability), and let heat pass through (conduction). Electrolysis causes the water clusters to break, and Alkaline water has clusters made up of five to six water molecules resulting in a lower molecular weight. This is approximately half of that of tap water (12-15 water molecules/cluster) and is very beneficial for your health as the water is able to penetrate the cell and pull out toxins.
Approximately 15 years ago, with the help of the nuclear magnetic resonance (NMR) appliance, a theory that water does not exist in single unit molecules was confirmed. Water molecules exist molecular clusters of approximately 13 water molecules. These clusters constantly repeat an aggregation – disaggregation process. The quality of water, and its ability to hydrate, directly depends on the size of its clusters. For example, small clusters have active molecules that increase the capacity of water to dissolve elements (solubility), let elements pass through (permeability), and let heat and electric charge pass through (conduction). Electrolysis gives the water moluecules similar charge, which causes them to repel each other and break apart. Alkaline ionized water has clusters made up of five to six water molecules resulting in a lower molecular weight, and better solubility, permeability, and conduction. Standard tap water contains about 12-15 water molecules per cluster.
