Examples of 'domain wall' in a sentence
Meaning of "domain wall"
In the context of physics, a domain wall refers to a boundary or interface between regions of different magnetic properties. These regions are known as domains. Domain walls can separate domains with different magnetization directions and are important for understanding magnetic phenomena and devices
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- An interface separating magnetic domains.
- A two-dimensional singularity hypothesized in string theory.
How to use "domain wall" in a sentence
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domain wall
Domain wall pining issue was also discussed.
The border between them is called a domain wall.
So a domain wall is just a wall between two domains.
This can lead to obstruction of domain wall displacement.
A domain wall is the boundary between two neighboring domains.
An interfaz between two magnetic domains may be called a domain wall.
The domain wall is driven using a quasistatic constant velocity.
Preferably a restoring step is followed by a domain wall assisted transport step.
Thus a domain wall is extended in two spatial dimensions and one time dimension.
The resistance of the junction depends on the position of the domain wall.
Cross that domain wall and the laws of physics could change dramatically.
Is a simplified sketch in a side view of the domain wall motion assisted transport of particles.
Common dissipative processes in magnetic materials include magnetostriction and domain wall motion.
A domain wall is a type of topological soliton that occurs whenever a discrete symmetry is spontaneously broken.
These properties are explained in function of a magnetoelectricity mediated antiferromagnetic domain wall ordering model.
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These results are sensitive to the domain wall configuration of the material and eddy currents.
No magnetostriction is observed when the magnetization process is through magnetic domain wall motion.
The domain wall creep also needs a good understanding of the domain wall pinning.
This entropy change must be compared with the entropy of the domain wall itself.
Domain wall displacements are subject to a certain dynamic behavior that introduces complex transient phenomena.
This microscopy method enables to reach spatial resolution required to observed domain wall configuration.
A domain wall separates magnetic materials that point in different directions in certain magnetic devices.
If this time is too long the particles can not follow the quick domain wall motion.
The domain wall magnetoresistance obtained from this study is positive and increases at low temperature.
Microscopically, it is not attached to a string or domain wall.
The first aspect concerns the domain wall magnetoresistance in monocristallin cobalt nanowires of rectangular section.
Equation 4 does not incorporate the dynamics of domain wall displacement.
These results open a route to domain wall displacement in both directions with unipolar current pulses.
In the atomic contact regime, we have measured the constrained domain wall resonance.
This can facilitate the domain wall motion in a magnetization process and improve DC bias characteristics.
Vector rotation is resisted by the anisotropy, whereas domain wall motion is resisted by heterogeneity.
In such a strip, a domain wall is a mobile interfaz, which separates regions of oppositely aligned magnetization.
For example, the gravitational field of a domain wall is repulsive rather than attractive.
On the other hand, the geometry featured bends engineered to favour domain wall pinning.
In Publication I we study the domain wall dynamics in CoPtCr thin films with different widths.
Corresponding ice-type model is six vertex model with domain wall boundary conditions.
Preferably, several domain wall assisted transport steps and several restoring steps take place alternatingly.
Next, we will study the nanometric jumps of a domain wall induced by thermal fluctuations.
There are two primary modes of magnetization reversal, single-domain rotation and domain wall motion.
Transport concept no 1, Domain wall motion assisted remote control ( DOWMARC ) of particles.
For anyone who dared to try. Narrator: Crossing a domain wall would be very bad news.
In such devices the domain wall position is determined by probing the Giant Magneto-Resistance ( GMR ).
I used a model to understand the behavior of domain wall under in-plane magnetic field.
In Sm2Co17 magnets, the coercivity mechanism is based on domain wall pinning.
Changing the magnetization, in turn, moves the domain wall and changes the resistance.
We reported helicity-dependent all-optical domain wall motion.
They also trapped a chiral Dirac particle on the domain wall with the interaction Lagrangian g??
Moving said trapped particle ( A ) by moving said constrained domain wall ( HH, TT ) along said strip.
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