spin orientation

In magnetic material the spin orientation of the electron can be used to store information.

The directions of the arrows indicate the two possible spin orientations.

This results in conducting behavior for only electrons in the first spin orientation.

The effect is based on the dependence of electron scattering on the spin orientation.

Electrons have several properties: wavelength (energy), direction, phase, and spin orientation.

Our molecules can therefore exploit the spontaneous jumps in spin orientation in order to generate light.

When the current direction is reversed, the directions of spin orientation is also reversed.

Even better, both the excited state and the ground state have a couple of additional energy levels associated with the spin orientation of the electron.

In the electron, the two different spin orientations are sometimes called "spin-up" or "spin-down".

Check out thier course schedule for spin Orientations and courses offered in the Ottawa region.

However the equality of multiplicity and number of spin orientations is only true when S L.

Paying close attention to the resulting "kick," they looked at a range of different-massed black holes with randomly selected spins and spin orientations.

In this model, the spin orientation of adjacent Mn-moments is associated with kinetic exchange of e-electrons.

Discovered a quantum effect in sputtering, showing that spin orientation influences the emission of secondary particles from ferromagnetic materials.

Since antiferromagnets have a small or no net magnetization, their spin orientation is only weakly influenced by an externally applied magnetic field.

The main problem is that the spin orientation in the electrons can easily be lost at room temperature, since it is sensitive to disruptions from its surroundings.

Instead Cooley was told that this was needed to determine periodicities of the spin orientations in a 3-D crystal of Helium-3.

They introduce an "extra" effective field at the nuclear site, due to the spin orientations of the conduction electrons in the presence of an external field.

Above the Curie Temperature the atoms are excited, the spin orientation becomes randomised, but can be realigned in an applied field and the material paramagnetic.

As opposed to traditional electronics, which uses the charge of the electron, spintronics uses the electron's 'spin' and manipulates the spin orientation.

It may refer to (static) spin waves, preferential correlation of spin orientation with ordered lattices (semiconductors or insulators).

The GMR effect can be enhanced by spin filters that select electrons with a certain spin orientation; they are made of metals such as cobalt.

Unlike ferromagnets, paramagnets do not retain any magnetization in the absence of an externally applied magnetic field because thermal motion randomizes the spin orientations.

The Stern-Gerlach term can obtain the spin orientation of atoms with one valence electron, e.g. silver atoms which flow through an inhomogeneous magnetic field.

He was awarded the 1975 USSR State Prize in Science and Engineering for work on electron spin orientation in semiconductors.