Mechanics and Energy effect of chains of Graceli.

Chain energies and interactions according to penetration agents such as photons, gamma rays and x-rays tend to accelerate energy and chain interactions as soon as they come into contact with materials, and depending on materials such as radioactive or super-charged radiations and / or Super magnetized, or even in incandescence these materials already accelerate the energy of Graceli chains.

Since these processes do not recognize binding energy and the electrostatic barrier of Coulomb, that is, the chains of Graceli exist independently of the existence of the binding energy or even of the electrostatic barrier of Coulomb.

So, how will Graceli's chain radiations be produced in space whenever there is interference by photons, thermal actions, resonance shocks, electromagnetic shocks, or even the insertion of photons, x-rays and gamma radiation.

Graceli effect 1,738 to 1,745.
Thus, any very little penetration will occur interactions in varying degrees, being that there is an effect of intensity, scattering, reach that depends on n factors like the agents of Graceli and the intensities, and potentialities of the chains of Graceli in that system.

The most common phenomena that can occur for the interaction of photons in the energy range between a few keV to some MeV will be absorption and reissue of radiation by the atom according to the Graceli agents, as well as trans-states, types and potentials of materials and Energies, and potentials of Graceli chains. For any direction, range, intensity, random fluxes, and time variations of emissions, absorptions, and displacements.

Photoelectric effect of Graceli chains. The photon is absorbed by the atom and atomic electrons are released only by moving in the material according to the trans-states, chains of Graceli, potentials and types of materials and energies, and agents of Graceli. Since this will also determine the amount and intensities and time flows of these releases.

Every photon to be absorbed into its energy is not converted into mass if rest and kinetic energy, but rather random mass dynamics, and energy of chain interactions within the atom. This occurs according to the agents of Graceli, chains, trans-states according to their potentials and types, types and potentials of materials and energies.

Shock and even shock shocks produce changes within electrons and atoms, whether they are ionized or are photons, x-rays, or gamma radiation.

The effects that depend on the trans-states, types and potentials, chains and agents of Graceli will also undergo dynamic and random variations of ion interactions and transformations.
The photoelectric effect is most likely to occur with low-energy photons that travel on media with high atomic numbers. The photoelectric absorption occurs with the interaction between a photon and an electron connected to an atom of the absorber medium, in which the photon transfers all its energy to the electron. In radiographic examinations, the photon beam is transmitted through the patient, impressing the radiographic film, which, once revealed, provides an image that allows distinguishing structures and tissues with differentiated properties. The distinction of such structures is due to the occurrence of photoelectric absorption, which presents variations in their probability of occurrence when there is a change in the density or atomic number of the medium. However, if one takes into account the energies within the atoms and their interactions of ions, tunnels, radiations, dynamics and flows, one will have and how one always has altered plates at each minute moment and with the same instruments and phenomena involved.

That is, if you have, a mechanics of probabilities, indeterministic and unpredictable. In relation to time, energies, agents and chains Graceli, states and trans-states Graceli and other agents.


Mechanics and Theory of trans-states Graceli.


For each type of material and chemical structure it has Graceli trans-states intensities and potentials.

[Trans states of Graceli] is what occurs during the transformation from one state to another, taking into account the instability and randomness of processes of vibrations, disorder, flows of Graceli chains, and other phenomena. At each stage and potential of a transformation one has a trans-state Graceli. This can be visualized in tritium, deuterium, and hydrogen isotopes, fusions and fissions, and other passages. That is, if a unique mechanic for the Graceli trans-states is formed.

That is, if there is a relativism and indeterminism for each type and potential in the transformations of the Graceli trans-states.



Mechanics and Theory of trans-states Graceli.


For each type of material and chemical structure it has Graceli trans-states intensities and potentials.

[Trans states of Graceli] is what occurs during the transformation from one state to another, taking into account the instability and randomness of processes of vibrations, disorder, flows of Graceli chains, and other phenomena. At each stage and potential of a transformation one has a trans-state Graceli. This can be visualized in tritium, deuterium, and hydrogen isotopes, fusions and fissions, and other passages. That is, if a unique mechanic for the Graceli trans-states is formed.

That is, if there is a relativism and indeterminism for each type and potential in the transformations of the Graceli trans-states.

Graceli trans-states vary and have actions according to their potentials and types. That is, they vary in relation to the types and potentials in which they are inserted, where they can represent a dynamic medium, a mechanics of its own according to its variations and oscillations, as well as being effects agents.

As seen above.

'The electron must not be considered from the point of view of wave, nor of particle, but of chains of Graceli¨.