effects 10.271 to 10.275, for:
the phenomenological quantum atom Graceli.
Where there are other orbitals present to date, such as electrostatic potentials, potential ion and charge interactions, transformations, tunnels, entanglements, entropies, enthalpies, emissions and absorptions, conductivity and superconductivity, superfluid, quantum jumps and vibratory flows random, phase changes of physical states and transcendent states and Graceli, and others.
And potential structures and types of isotopes, ie the atom is not unique to all types of isotopes.
Another point is the [thermal, electric, magnetic, radioactive, luiminescent [in photons] energies that according to their types, levels and potentials there are other energies, other structures and other phenomena.
As well as the quantum barrier of tunneling and entanglement.
That is, if you have with it a system that leaves the orbital of circularity and ellipsity, and enters the indeterminate transcendent in chains involving types of structures and isotopes, energies and phenomena, and even dimensions of Graceli.
Another point is that the structures do not move, but vibrate and tunnel through the loads and interactions.
And in many cases more charge changes occur within atoms than quantum leaps, that is, an electron does not move out of its place but interacts between charges, and where many times within an atom there are many positrons, which varies from isotope for isotope.
These variations can be seen in a spectroscope, in the colors and vibrations of lines.
trans-intermecânica Graceli.
efeitos 10.271 a 10.275, para:
o átomo quântico fenomênico categorial Graceli.
Onde se tem orbitais alem dos que se apresentam até hoje, como os potenciais eletrostático, potenciais de interações de íons e cargas, transformações, tunelamentos, emaranhamentos, entropias, entalpias, emissões e absorções, condutividade e supercondutividades, superfluídez, saltos quântico e fluxos vibratórios aleatórios, mudanças de fases de estados físicos e estados transcendentes e Graceli, e outros.
E potenciais de estruturas e tipos de isótopos, ou seja, o átomo não é único para todos os tipos de isótopos.
Outro ponto são as energias [térmica, elétrica, magnética, radioativa, luiminescente [em fótons] que conforme seus tipos, níveis e potenciais se tem outras energias, outras estruturas e outros fenômenos.
Como também rompimento de barreira quântica de tunelamento e emaranhamento.
Ou seja, se tem com isto um sistema que sai do orbital de circularidade e elipsidade, e entra no transcendente indeterminado em cadeias envolvendo tipos de estruturas e isótopos, energias e fenômenos, e até dimensões de Graceli.
Outro ponto é que as estruturas não se movimentam, mas vibram e tunelamentam através das cargas e interações.
E em muitos casos ocorrem mais trocas de cargas dentro dos átomos do que saltos quântico, ou seja, um elétron não sai do seu lugar mas interage entre cargas, e onde muitas vezes dentro de um átomo se tem muitos pósitrons, sendo que isto varia de isótopo para isótopo.
Estas variações se pode ser constatado num espectroscópio, nas cores e vibrações de linhas.
trans-intermechanical Graceli.
effects 10,267 to 10,268, for:
separation of the quantum barrier of tunneling and entanglement.
when a metal plate is produced producing vibrations, changes in the quantum fluxes and in the quantum potential of the tunneling and entanglement barrier, with changes in the quantum jumps, in the loads, in the momentum, in the interactions of ions and charges, in the electrostatic potential , currents and their potentials, and others.
That is, several phenomena occur and among them changes in the quantum tunneling and entanglement of electrons and atoms, and other particles and waves, energies and phenomena.
With this the tunneling quantum barrier is transformed by changing the quantum potentials, electron and photon jumps, and others.
Being that it has a variability according to the types of plates and their materials, temperature, electricity and magnetism in the same, and radioactivity.
effects 10,267 to 10,268, for:
separation of the quantum barrier of tunneling and entanglement.
when a metal plate is produced producing vibrations, changes in the quantum fluxes and in the quantum potential of the tunneling and entanglement barrier, with changes in the quantum jumps, in the loads, in the momentum, in the interactions of ions and charges, in the electrostatic potential , currents and their potentials, and others.
That is, several phenomena occur and among them changes in the quantum tunneling and entanglement of electrons and atoms, and other particles and waves, energies and phenomena.
With this the tunneling quantum barrier is transformed by changing the quantum potentials, electron and photon jumps, and others.
Being that it has a variability according to the types of plates and their materials, temperature, electricity and magnetism in the same, and radioactivity.
trans-intermecânica Graceli.
efeitos 10.267 a 10.268, para:
rompimento de barreira quântica de tunelamento e emaranhamento.
quando se frexiona uma chapa metálica produzindo vibrações, ocorre dentro da chapa alterações nos fluxos quântico e no potencial quântico da barreira de tunelamento e emaranhamento, com alterações nos saltos quântico, nas cargas, no momentum, nas interações de íons e cargas, no potencial eletrostático, nas correntes e seus potenciais, e outros.
Ou seja, ocorrem vários fenômenos e entre eles alterações no tunelamento quântico e emaranhamento de elétrons e átomos, e outros partículas e ondas, energias e fenômenos.
Com isto a barreira quântica de tunelamento se transforma alterando os potenciais quântico, saltos de elétrons e fótons, e outros.
Sendo que tem uma variabilidade conforme os tipos de chapas e seus materiais, temperatura, eletricidade e magnetismo na mesma, e radioatividade.
trans-intermechanical Graceli.
effects 10,266 to 10,267, for:
interlaced photoelectric effect.
In a system where photons are emitted on a material with electrical, magnetic, radioactive, thermal and even luminescent charges, an interlaced system will be made where the action of photons will also have emissions and will suffer upon itself the action of the material with the electric, magnetic charges , radioactive, thermal radiation, and luminescent, ondese will have an interlocking system of action and reaction [but not in the same proportionality and direction], where one has a system Graceli.
Where each part will have equivalent effects and or close to the reality that was employed.
effects 10,266 to 10,267, for:
interlaced photoelectric effect.
In a system where photons are emitted on a material with electrical, magnetic, radioactive, thermal and even luminescent charges, an interlaced system will be made where the action of photons will also have emissions and will suffer upon itself the action of the material with the electric, magnetic charges , radioactive, thermal radiation, and luminescent, ondese will have an interlocking system of action and reaction [but not in the same proportionality and direction], where one has a system Graceli.
Where each part will have equivalent effects and or close to the reality that was employed.
trans-intermecânica Graceli.
efeitos 10.266 a 10.267, para:
efeito fotoelétrico entrelaçado.
Num sistema onde fótons são emitidos sobre um material com cargas elétrica, magnética, radioativa, radiação térmica e mesmo luminescente vai se fazer um sistema entrelaçado onde a ação de fótons também terá emissões e sofrerá sobre si a ação do material com as cargas elétrica, magnética, radioativa, radiação térmica, e luminescente, ondese terá um sistema entrelação de ação e reação [ mas, não na mesma proporcionalidade e direção], onde se tem assim, um sistemaranhado Graceli.
Onde cada parte terá efeitos equivalente e ou próximos da realidade que foi empregada.
trans-intermechanical Graceli.
effects 10,261 to 10,265, for:
photoelectric-tangle-tangle-vibrational effect.
A photon system on a metal plate [and depending on type, thickness, electron deposition, electrostatic potential, conductivity, ion and charge interactions, quantum jump potential, random vibratory momentum, potential transformations and decays, barrier potential tunnel and tangled potential.
If it has effects on all these phenomena, and according to the potentials, levels and types [categories of Graceli] of each phenomenon.
That is, the photoelectric effect on plates will produce phenomena and effects according to potential phenomena and effects.
As well as vibrations and waves during the action of insertion of photons on the plate, black body or not.
effects 10,261 to 10,265, for:
photoelectric-tangle-tangle-vibrational effect.
A photon system on a metal plate [and depending on type, thickness, electron deposition, electrostatic potential, conductivity, ion and charge interactions, quantum jump potential, random vibratory momentum, potential transformations and decays, barrier potential tunnel and tangled potential.
If it has effects on all these phenomena, and according to the potentials, levels and types [categories of Graceli] of each phenomenon.
That is, the photoelectric effect on plates will produce phenomena and effects according to potential phenomena and effects.
As well as vibrations and waves during the action of insertion of photons on the plate, black body or not.
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