trans-intermechanical Graceli. transcendent categorical and indeterminate.
effects 10,465 to 10,470, for:

transcendent Graceli system for:


the relationship between luminescence (fluorescence and phosphorescence) and X-rays, that uranium-potassium sulfate crystals [containing uranyl uranium oxide (UO2)] were capable of impressing a photographic plate covered with dark paper, the set exposed to sunlight. Since this variation will also have variational effects according to isotopes, thermal, electrical, magnetic, luminescent, dynamic, radiative, time and intensity of action, and variations under pressures. For it will also depend on the potentials of the isotopes according to these energies and phenomena (tunnels, entanglements, entropies, ion and charge interactions, electrostatic potential, decay potential and transmutation, resistance potential and conductivity, and others, and according to Graceli categories.

Leading to a transcendent, indeterminate, relative and categorial system of Graceli.


the influence of the magnetic field (H, of module H) on the state of polarization of light, will also vary according to: variational effects according to isotopes, thermal, electric, magnetic, luminescent, dynamic, radionative, time and intensity of action, and variations under pressures. For it will also depend on the potentials of the isotopes according to these energies and phenomena (tunnels, entanglements, entropies, ion and charge interactions, electrostatic potential, decay potential and transmutation, resistance potential and conductivity, and others, and according to Graceli categories.

Leading to a transcendent, indeterminate, relative and categorial system of Graceli.




the two yellow D lines of sodium (Na) were widened when examined under the action of a very strong H. He further noted that such lines were circularly polarized when observed parallel to the magnetic field strength lines, and linearly plane-polarized when the observation was directed perpendicular to these same lines of force. Enlargements similar to the Na spectra. And with variations according to: variational effects according to isotopes, thermal, electric, magnetic, luminescent, dynamic, radiative, time and intensity of action, and variations under pressures. For it will also depend on the potentials of the isotopes according to these energies and phenomena (tunnels, entanglements, entropies, ion and charge interactions, electrostatic potential, decay potential and transmutation, resistance potential and conductivity, and others, and according to Graceli categories.

Leading to a transcendent, indeterminate, relative and categorial system of Graceli.





Electron theory that electricity had a structure composed of "charged particles" (called ions in 1895) and considered to be bound to atoms by a force of the elastic type and subjected to the action of an external force and , then it was demonstrated that in the presence of a magnetic field H (H), these ions oscillated in the direction of this field with the own frequency ν0, while rotating in circular orbits in planes normal to the direction of H (H) with the frequency ν given and translated by the expression (in the current notation): ν = ν0 ± and H / (4πm and c), where e is the charge and mass of the ion respectively, and c is the speed of light in the vacuum. Variations according to isotopes, thermal, electrical, magnetic, luminescent, dynamic, radionative, time and intensity of action, and variations under pressures. For it will also depend on the potentials of the isotopes according to these energies and phenomena (tunnels, entanglements, entropies, ion and charge interactions, electrostatic potential, decay potential and transmutation, resistance potential and conductivity, and others, and according to Graceli categories.

Leading to a transcendent, indeterminate, relative and categorial system of Graceli.


the blue (4800Å) line of cadmium (Cd) under the action of a magnetic field of 32 kilogauss. The unfolding of spectral lines under the action of a strong magnetic field was also observed. And that has variation according:
Variations according to isotopes, thermal, electrical, magnetic, luminescent, dynamic, radionative, time and intensity of action, and variations under pressures. For it will also depend on the potentials of the isotopes according to these energies and phenomena (tunnels, entanglements, entropies, ion and charge interactions, electrostatic potential, decay potential and transmutation, resistance potential and conductivity, and others, and according to Graceli categories.

Leading to a transcendent, indeterminate, relative and categorial system of Graceli.



The electric current, that is, that it was composed of "negative electric charges" (the Lorentz ions), when it calculated the relation between the electric charge (e) and the mass (me) . When Lorentz called them electrons in 1899 and has variations according to>
Variations according to isotopes, thermal, electrical, magnetic, luminescent, dynamic, radionative, time and intensity of action, and variations under pressures. For it will also depend on the potentials of the isotopes according to these energies and phenomena (tunnels, entanglements, entropies, ion and charge interactions, electrostatic potential, decay potential and transmutation, resistance potential and conductivity, and others, and according to Graceli categories.

Leading to a transcendent, indeterminate, relative and categorial system of Graceli.

The same thing happens with tasting.

The magnetic effect of a magnetic field on charged particles that describe circular orbits will depend and vary according to: variational effects according to isotopes, thermal, electric, magnetic, luminescent, dynamic, radiative, time and intensity of action , and variations under pressures. For it will also depend on the potentials of the isotopes according to these energies and phenomena (tunnels, entanglements, entropies, ion and charge interactions, electrostatic potential, decay potential and transmutation, resistance potential and conductivity, and others, and according to Graceli categories.

Leading to a transcendent, indeterminate, relative and categorial system of Graceli.


The mass being equal to:

(and / or CG [TI]. Mass and energy become a transcendent, indeterminate categorical system.


[e / m [eeeeeffdp [f] [mcCdt] [+ mf] [itd] [cG]].