Definition, Betydelse & Anagram | Engelska ordet ELECTRON'S

Definition av ELECTRON'S

1. böjningsform av electron

Exempel på hur man kan använda ELECTRON'S i en mening

• This function describes an electron's charge distribution around the atom's nucleus, and can be used to calculate the probability of finding an electron in a specific region around the nucleus.
• Although it turned out that modeling the electron's spin required the Dirac equation, the Klein–Gordon equation correctly describes the spinless relativistic composite particles, like the pion.
• Note that the sign in the second term of the Hamiltonian above should actually be positive because the electron's magnetic moment is antiparallel to its spin, but the negative term is used conventionally.
• However, Robert Oppenheimer pointed out that an electron and its hole would be able to annihilate each other, releasing energy on the order of the electron's rest energy in the form of energetic photons; if holes were protons, stable atoms would not exist.
• A consequence of space quantization was that the electron's orbital interaction with an external magnetic field would be quantized.
• Paul Dirac proposes the Dirac equation as a relativistic equation of motion for the wavefunction of the electron, leading him to predict the existence of the positron, the electron's antiparticle.
• These exotic atoms can be produced by simply mixing antiprotons with ordinary helium gas; the antiproton spontaneously displaces one of the two electrons contained in a normal helium atom in a chemical reaction, and then begins to orbit the helium nucleus in the electron's place.
• For instance, the electron's superpartner is the selectron and the top quark's superpartner is the stop squark.
• Zeeman interactions can "flip" only one of the radical's electron's spin if the radical-pair is anisotropic, thereby converting singlet radical-pairs to triplets.
• The instrument's resolution shows up as artificial broadening of the spectral features: a Fermi energy cutoff wider than expected from the sample's temperature alone, and the theoretical electron's spectral function convolved with the instrument's resolution function in both energy and momentum/angle.
• When those VLF waves hit the electrons with the same frequency as an electron's gyrofrequency, the electron exits the radiation belt and "precipitates" (because it will not be able to re-enter the radiation belt) throughout the Earth's atmosphere and ionosphere.

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