The charge (many elementary charges) may be transferred in any portion from one body to another.

In such a situation, the distributed charges taken as a group always carries a whole number of elementary charge units.

As a single ionization was assumed is the elementary charge .

In the two unit systems, the elementary charge e satisfies:

Each electron has a very small electric charge of negative one elementary charge.

This elementary charge is a fundamental physical constant.

However, the unit of energy electronvolt reminds us that the elementary charge was once called electron.

The charge is expressed in units of elementary charge.

Just like elementary charges, this was supposed to give rise to discrete values of the total magnetic moment per atom.

From these two constants, the elementary charge can be deduced:

The elementary charge is the smallest electric charge found in a stable particle.

Here, h is Planck's constant and e is the elementary charge.

The Planck charge is times greater than the elementary charge e carried by an electron.

Since 1910, newer calculations have more accurately determined the values for Faraday's constant and the elementary charge.

If the electrodes are superconducting, Cooper pairs (with a charge of two elementary charges) carry the current.

Robert Millikan's oil-drop experiment demonstrated this fact directly, and measured the elementary charge.

In this case, "elementary charge" would be synonymous with the "quantum of charge".

The proposed change would define 1 A as being the current in the direction of flow of a particular number of elementary charges per second.

The m refers to the molecular or atomic mass and z to the number of elementary charges carried by the ion.

A partial charge is a non-integer charge value when measured in elementary charge units.

The so-called elementary charge e is one of the fundamental physical constants and its accurate value is of great importance.

The electron is a stable particle possessing one elementary charge and one electron mass.

On the other hand, the term "elementary charge" is unambiguous: It universally refers to the charge of a proton.

He was able to estimate the value of this elementary charge e by means of Faraday's laws of electrolysis.

There are two known sorts of exceptions to the indivisibility of the elementary charge: quarks and quasiparticles.