The phrase "movement of electrons" is a correct and commonly used phrase in written English, particularly in scientific or technical writing.
It refers to the flow or transfer of electric charge carried by electrons. Example: The movement of electrons through a conductor produces an electric current.
That led the MIT researchers to the idea of harnessing the cloaking mechanisms developed to shield objects from view — but applying it to the movement of electrons, which is key to electronic and thermoelectric devices.
In this method, the electronic spectrum of a system is governed by a free movement of electrons in the interatomic space between cylindrical barriers and by a scattering of electrons from the atomic centers.
Noise due to the random movement of electrons causes a hiss in the loudspeaker.
But the whole process of ion movement and chemical reaction is slower than the movement of electrons in a capacitor.
New research from Princeton University demonstrates the bizarre movement of electrons through a novel material called a Weyl semi-metal.
LEDs, or light-emitting diodes, on the other hand, create light from the movement of electrons through a semiconductor material.
Physicists are beginning to build conductors and insulators in which the movement of electrons is governed by the topology of quantum mechanics.
Hilpert, who grew up near the Black Forest region of Germany, got his start as a mathematician and physicist, studying the movement of electrons in semiconductors.
Researchers have been turning to alternatives to conventional transistors, which currently rely upon the movement of electrons to switch between 0s and 1s.
But this type of silicon has defects that prevent the fast, ordered movement of electrons, leading to slower operating speeds and more exposure to radiation.
He also translated his expertise in the wave-like movement of electrons to study a remediation technique that employs wave-like acoustic vibrations to break apart contaminants.
