trans-intermecânica e efeitos 8.301 a 8.305

Effect of shock, speed dilation, effects of energies and ions on electrons, electrostatic effect according to electrostatic potential and agents involved, effects of tunnels, entanglements, entropies, enthalpies according to the means, structures and energis, and others .


when a charged particle (electron, for example) passes through a transparent medium (refractive index), pressure medium p, or kinetic medium with particles and gases at high speeds, and with a velocity V greater than the velocity of light in the middle (), ie: (), it loses a fraction of energy in the form of Radiation.

That is, it is not only a transparent medium with refractive index [r], but other means, such as pressures, kinetics [producing fluxes as electrons and particles in the media, luminescent media, lasers means, masers, and other .

Efeito Graceli de choque, efeito de dilatação por velocidade, efeitos de energias e íons em elétrons, efeito eletrostático conforme potencial eletrostático e agentes envolvidos, efeitos de tunelamentos, de emaranhamentos, de entropias, de entalpias conforme os meios, estruturas e energis, e outros.

quando uma partícula carregada (elétron, por exemplo) passa através de um meio transparente (de índice de refração  ), meio de pressão p, ou meio cinético com partículas e gases em grandes velocidades, e com uma velocidade V maior do que a velocidade da luz noo meio ( ), isto é:        ( ), ela perde uma fração de energia na forma da Radiação.

Ou seja, não é apenas um meio transparente com índice de refração [r], mas outros meios, como de pressões, cinéticos [produzindo fluxos conforme acontecem choques entre elétrons e partículas nos meios, meios luminescentes, meios de lasers, masers, e outros.

Graceli effects. and trans-intermechanical. 8,295 to 8,300.

an electric charge does not need to be accelerated to radiate energy. And have magnetic effects on radiations and waves.

And since the irradiation of energies, waves, transformations, interactions of ions, charges, tunnels, entanglements, entropies, and others, results in different types, levels, potentials, time and intensity of action of electric charges.

Effect electricity-electricity.

Or electric charges close to electrical charges.

Radioactive effect.

The same happens when two radioactive materials [cesium type] are approached, where one has potential for action and interaction over the other, and does not need to be accelerated.

Photonophoton effect.

Or even with photons close to each other where one has strong effects, electric, luminous, magnetic effects, quantum fluxes, vibratory fluxes, and others.

Magnetic-magnetic.

Or even with two magnetic [imas] nearby.

However, variations will not be added as the number and intensity of the agents increases, since it will depend on other factors, such as intensity, emissions, directions and directions, potential interactions between agents, time of action and proximity, and others.

Or within dob system pressures, or at high speeds. Type of velocity of light, one has for each of these types of structural variables, states, mass and energy, emissions, and waves, and others.

Or all together, forming a joint system of variations and chains of phenomena.

And according to agents and categories of Graceli [ACG].