A. Negative Ions [Table 3]
Atoms are composed of a nucleus which is formed of protons (positive) and neutrons. Electrons (negative) gravitate around the nucleus (Table 3). Normally atoms have the same number of electrons and protons. But electrons move freely from one atom to another. When an atom gains a surplus electron it is called negative ion, when it looses one electron it is called positive ion.
On earth the quantity of negative ions is double of that of positive ions. But with the increase of pollution of air, water and earth, with the increase of electronic devices, positive ions have greatly increased. This leads to the increase of free radicals, increased oxidation of tissues, increased disorders and illnesses.
Positive ions tend to take away negative ions. When under fatigue, stress, sickness, unbalanced alimentation or other reasons, free radicals increase in the body, blood cells tend to stick together and blood becomes sticky, leading to poor metabolism, aging of the cells, acidification of the body.
Negative ions, when releasing an electron to positive reduce oxidation reactions. They play an important role in the maintenance of life equilibrium.
B. Smaller Water Cluster Size
Water molecules, composed of one atom of oxygen and two atoms of hydrogen, cluster together (Table 8 - Structure of water). Water clusters get big when other chemical elements, polluting agents mix and get trapped in the cluster. Clusters of pure water are small.
Cells are enveloped by 3 layers of water, A, B, C (Table 9 - Water clusters : influence on cell life). Layer A is the nearest to the cell and its water penetrates in the cell. Layers B and C are said to be free water as it can stick to or separate from layer A. When clusters get big, layer B and C separate from layer A, leading to a decrease of cell life.
On their surface, cell membranes have small holes of about 3 angstroms (one of the smallest reading available)
. The size of a water molecule is around 2.6 angstrom. City supplied water has clusters of about 30 to 50 water molecules, whereas water regenerated through DILEKA has clusters of 5 to 7 molecules. (Table 11)
Molecules of big clusters clog together, have no fluidity, and polluting matters like chlorine are trapped in the clusters. It takes time for them to enter the small holes on the surface of cell membranes.
Molecules of small clusters have greater fluidity, they do not clog and do not trap polluting elements, and are much faster at penetrating inside the cells bringing nutrition and various information.
As it is with pure water, active, regenerated water molecules arrange themselves in clusters of hexagonal shape, maintaining a constant angle of 104.5 deg. between the 2 hydrogen atoms and the oxygen atom. Energy radiation constantly reshuffles water clusters, resulting in loss of undesirable elements, reduction in size as well as regaining their proper, hexagonal shape.
C, Water Surface Tension Angles [Table 14]
D. Chlorine Reduction
The static electric current generated by the pellets causes the electrostatic separation of the chlorine (CL2) present in water and transforms it to hypochlorous acid ( HclO ) and hydrochlorous acid (HCl) (Table 2. Reduction of Chlorine). There is reduction of the chlorine, and it ends up in water + 2 negative ions of chlorine (H2O+ 2CL). The electric charge of the chlorine ions being full, they go through the body without interfering with any other element. In other words chlorine has become harmless.