Examples of 'spin-orbit' in a sentence
Meaning of "spin-orbit"
Spin-orbit is a noun commonly used in physics to describe the interaction between a particle's spin and its motion around an orbit
How to use "spin-orbit" in a sentence
Basic
Advanced
spin-orbit
Quantum numbers with spin-orbit interaction.
The spin-orbit potential consists of two parts.
This phenomenon is called spin-orbit coupling.
The effects of spin-orbit interactions are explored briefly.
The electrical field induces the spin-orbit interaction.
Spin-orbit interaction breathes new life into MRAMs.
She also worked on spin-orbit coupling in molecules.
The spin-orbit interaction is one cause of magnetocrystalline anisotropy.
Thus they have a negative spin-orbit interaction energy.
The spin-orbit interaction is the primary source of magnetocrystalline anisotropy.
The basis for the rule is the spin-orbit coupling.
Spin-orbit coupling has also been shown to be significant in these systems.
This rule considers the energy shifts due to spin-orbit coupling.
Values of the various spin-orbit splittings and deformation potentials are discussed.
The additional correction which must be made is the spin-orbit interaction.
See also
The imaginary spin-orbit term is found to be important in this energy region.
Magnetic anisotropy arises due to a combination of crystal structure and spin-orbit interaction.
This is a result of the same spin-orbit interactions that make oganesson unusually reactive.
To this end, we study the spin relaxation in semiconductor nanostructures with spin-orbit interaction.
We define the Spin-Orbit modes and explain the experimental methods to produce such modes.
A less likely possibility is that some may be trapped in a higher-order spin-orbit resonance.
The variation of spin-orbit coupling with internuclear separation has been determined for both states.
These constants include the first estimated spin-orbit coupling constants for both states.
We observe that 7 spin-orbit coupling has a strongly positive effect on the zero field splitting energy.
These features are evidence of the strong perturbation of host states and spin-orbit interaction enhancement.
The spin-orbit interaction has played a crucial role in the development of low-dimensional semiconductor devices.
This has become possible by employing a remarkable physical effect - the spin-orbit coupling of light.
Therefore the unusual incidence of spin-orbit vectors will shine a new light on the used models.
The first focuses on the topological shaping of light from liquid-crystal based spin-orbit interfaces.
Further research indicates that the spin-orbit coupling and the band topology are highly adjustable.
The molecules Rn 2 and RnXe were found to be significantly stabilized by spin-orbit coupling.
The effects of second-order spin-orbit coupling account satisfactorily for the observed band intensities and splittings.
Saturn 's tilt is acquired when it is captured in a spin-orbit resonance with Neptune.
Toru Moriya identified the spin-orbit coupling as the microscopic mechanism of the antisymmetric exchange interaction.
For the confined electrons, this is equivalent to both a synthetic spin-orbit interaction and a Zeeman effect.
Spin-orbit interaction in semiconductors.
These states are possible due to the combination of spin-orbit interactions and time-reversal symmetry.
The Dirac equation predicts that spin and spatial motion of a particle interact via spin-orbit coupling.
We next include a spin-orbit interaction.
Spin-orbit coupled systems.
The Lyman-alpha transition in hydrogen in the presence of the spin-orbit interaction involves the transitions.
The effects of spin-orbit coupling have been studied in nickel-iron / platinum bilayers.
This is because the spin-orbit.
The influence of the spin-orbit coupling ζ is shown in table 2.
The magic number 28 is a peculiar shell closure created by spin-orbit splitting effects.
There, he studied the spin-orbit interaction in two-electron spectra.
The various levels arise from spin-spin interactions and spin-orbit interactions.
With these parameters, and including spin-orbit coupling, a IF calculation is then performed.
However, the magnetic moments deviate considerably from the spin-only values because of strong spin-orbit coupling.
The nuclear-mass dependent spin-orbit interaction is discussed.
