Well, Kumar
The Mass of energy and its intereaction with mass such as protons and neutrons would be considered the chemical behavior of a atomic element.
The mass of energy is in constant variation or change, meaning it changes faster then the energy of atomic protons and neutrons which changes less and is more stable in its formation. A given percentage or amount of energies mass is stable at given locations and enviroments or has a set pattern, because of this we have stable energy chemistry or electron chemistry that allows life to be possible and chemical reactions to be some what predictable. Currently Background electron energy is increasing in the northern hemisphere of our Planet, and so is increasing for Japan.
The Static background energy for the Nuclear Facility where the last thermal tempiture reading was 100 degrees celsius, defines a static background energy of 825,059,224.8 coulumbs per second. Meaning that within a distance of 16,181.3 feet and exstending to 60194.7 feet that much energy is being moved in a direction to the Nuclear Facility for each reactor building. this eventually brings the radioactive mass to a equal balance.
Within the background of all energy and mass, no given energy ever reacts or makes contact with any other energy.
At the nuclear facility in Japan, currently their is the spread, or light of gamma ray radiation and radioactive atoms that presents a danger to workers trying to fix problems. The Gamma and radioactive atoms are in the air, the Gamma comes from radioactive atoms inside the spent fuel pool in each of the 4 reactor buildings and from radioactive atoms that have spread out accross the nuclear plant during the exsplosions and fires.
The gamma rays that come from the reactor building had to travel through the concrete and other materials used to build the structure of the spent fuel pool, these gamma have lost energy and have changed thier direction many times from a straight line, so they are defracted gamma rays that have lost much of thier energy.
The radioactive atoms that have floated out of the spent fuel pool during the fire and exsplosions have landed on the ground and on other buildings and surfaces, this area is where the workers work, these atoms also spread gamma rays but the gamma are not defracted by the concrete and other building structures. Because the gamma rays on the ground are not defracted or blocked they have lost very little energy and cause great damage to the workers. When they hit a worker they cause normal atoms in the workers body to become radioactive or make x-rays which distrub normal chemistry.
A Soultion is required to protect worker and allow them to dismantle the Nuclear Facility. One way of doing this is to get a bare eletrical cable wire (a copper wire without covering) and run the wire across the length of the Nuclear Facility for about 2,400 feet. This cable then has to be lift to a given height above the ground, when electrical power is supplied to the wire it will create a Electrical Fluxs pushing the radioactive atoms that are in the air and that are floating out from each of the reactors to one side of the Nuclear Facility or away from the ground area where workers work.
Since gamma rays are a problem when workers reach certain areas, they need tools that allow them to defract gamma rays such as rods or sheilds that generate enough repelling charge to push the gamma rays way from them.
To defracted gamma rays in angular direction it requires at least 83 volts/coulumbs, to defract gammas to a 45 degree angle away from them they need at least 3,750 volts,coulumbs. This requires a tungsten cooper wire or high voltage wire at least.
The atomic element Uranium will begin to show more paramagnetic activity in the next few days, changing from Zirconium phase to its Paramagnetic Phase on April 3rd or 4th.
DwayneD.L.Rabon