Voorbeelden van het gebruik van Electrons can in het Engels en hun vertalingen in het Nederlands
{-}
-
Colloquial
-
Official
-
Ecclesiastic
-
Medicine
-
Financial
-
Computer
-
Ecclesiastic
-
Official/political
-
Programming
The electrons cannot move around freely.
The kinetic energy of the electrons can be measured by Ex.
Electrons can travel through them without dispersing,
In a conductor, the electrons can move around freely.
Electrons can normally move freely in the material,
In a conductor, the electrons can move, but not positive ions.
So, electrons cannot move arbitrarily far from the field lines,
When certain metals are cooled to extremes, the electrons can suddenly form Cooper pairs.
And the electrons can only be in particular places.
the universe has cooled to a point where free electrons can combine with the hydrogen
That electrons can travel from place to place without having to move through the space in between.
So the neutrons can change, the electrons can change, you can still have the same element.
The electrons cannot find atomic mates in the superheated plasma so they remain at a higher energy level while circulating aimlessly within the plasma.
particles such as electrons can under certain circumstances give interference patterns.
The transfer of electrons can take place in two ways:
In topological insulators, electrons can behave more like photons, or particles of light.
Those free electrons can be considered as a kind of glue that holds the ions in there positions in the lattice.
the cathode is not heated, the electrons cannot escape from the surface because their thermal energy is lower than the energy that binds them to the metal nuclei, sometimes called the work function.
Unpaired electrons can transition between lower
Electric current from these electrons can flip small magnets,
These free electrons can freely move within the electrodes,
Excited state: Electrons can move to a higher energy level by absorbing light,
Within this core the electrons can skip from one conductor to another,
Those(negative) electrons can be considered as a kind of glue that holds the atom ions,
The electrons can then be deflected by a magnetic(or in the case of oscilloscopes,
Visa Electron can however be used to pay the room upon arrival.
If something absorbs the energy, the electron can travel.
Similarly, an electron can appear as a particle
When the energy of the laser is exactly right, the electron can'jump' from one state into another.
But the forms of proton and electron can not(yet) be seen by us,