The phrase "and electron in the" is not a complete or correct phrase in written English as it lacks context and clarity.
It can be used in scientific or technical discussions where the context is clear, typically in reference to an electron's role or position within a specific subject.
Example: "The experiment focused on the behavior of an electron in the magnetic field."
Alternatives: "an electron within the" or "an electron inside the".
The magnetic fields of the proton and electron in the hydrogen atom can align in either the same or opposite directions.
There is no difference between the irradiations of proton and electron in the mechanical properties for PE compared by absorbed dose.
Any leftover neutrons underwent negative beta decay with a half-life of about a thousand seconds, releasing a proton and electron in the process, : → + + For about the next –, the excess electrons remained too energetic to bind with atomic nuclei.
Protons and electrons in the core merge, releasing a tremendous amount of energy and neutrinos.
Current in semiconductors consists of the motion of holes in the conventional direction and electrons in the opposite direction.
Similarly, the effective masses of holes and electrons in the valence as well as conduction bands should follow the same trend as conductivity, ionization potential, and electron affinity.
Thermal conductivity is attributed to the exchange of energy between adjacent molecules and electrons in the conducting medium.
This is because the intermolecular attractive forces, although individually weak, become cumulatively more significant as the number of atoms and electrons in the molecule increases.
True to form, some theorists argue that it's not only in captivity that matter behaves this way: All the quarks and electrons in the cosmic wilds are exchanging information each time they interact.
The interaction of energetic ions with solids results in energy loss to both atomic nuclei and electrons in the solid.
In semiconductors, in which the current consists of a movement of positive holes in one direction and electrons in the opposite direction, the sign of the Hall voltage shows which type of charge carrier predominates.
