This is the role of electron spin in this design.

By this they achieved room temperature single electron spin resonance.

It is important in the electron spin resonance of biological molecules.

The "why" of electron spin is not really the way to verbalize the phenomenon.

For a metal (or any other substance) to be magnetic, it must have electron spin.

Each ket is labelled by the direction in which the electron spin points.

The trapped holes can be measured by electron spin resonance.

Fraenkel was noted for his research of electron spin resonance.

There, postdoccing his way through some respectable electron spin work led to a faculty position.

The theory would have correctly explained the Zeeman effect, except for the issue of electron spin.

Add that these masses of gas are those systems in which electron spin can function as a storage capacity."

The electron spin state couples to that of the nearby nitrogen atom's nucleus.

This splitting is called fine structure, and was one of the first experimental evidences for electron spin.

Electron spin resonance can be employed to quantify the probe's concentration.

In both cases, trimethylenemethane was detected by electron spin resonance spectroscopy.

For that, electron spin must be included.

This is a consequence of electron spin.

The rules can be divided into those concerned with electron spin and those related to orbital properties.

Note that the electron spin ensemble acts as a whole because of stronger inter-electron interactions.

If one thinks of electron spin, or the curvature of space, these are not everyday ideas.

For the moment just note that electron spin provides a second example of a two-dimensional state vector space in quantum mechanics.

It is the nanometer scale interface between such metals that gives rise to an electron spin phenomenon.

Electron spin resonance rules out a radical intermediate.

Electron spin plays an important role in magnetism, with applications for instance in computer memories.

The discovery of the electron spin.