Examples of 'magnetostatic' in a sentence
Meaning of "magnetostatic"
magnetostatic (adjective) - Magnetostatic refers to a condition or phenomenon related to the static or stationary magnetic fields and their effects
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- Of or pertaining to magnetostatics
How to use "magnetostatic" in a sentence
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magnetostatic
These methods were compared on a formulation of a problem of magnetostatic.
These correspond respectively to magnetostatic and electrostatic fields.
Magnetostatic wave dioptric device.
It is important to remember that a magnetostatic potential and an.
Operation of magnetostatic wave devices will be further described later.
Over the sources of the magnetostatic eld.
Magnetostatic wave device containing attenuation means and the way of making it.
This polarization is obtained by magnetostatic trapping of the atoms.
One half cycle appears to contain a north pole positive magnetostatic.
This requires a lot of magnetostatic energy stored in the field.
The invention relates to devices utilizing magnetostatic waves.
This demands a lot of magnetostatic energy stored in the area.
The presentation of the invention is restricted to the case of a magnetostatic dipole.
The invention is applicable to magnetostatic wave lines and filters.
The magnetostatic effect favors an easy magnetization axis along the wire axis.
See also
This contains a lot of magnetostatic energy.
The magnetostatic field of a ferromagnetic object appears as a disturbance in the earthʼs magnetic field.
The stiffness is shown to be magnetostatic in origin.
Magnetostatic waves are excited in direction x by a current i2 circulating in microstrip 4.
This invention relates to volume magnetostatic wave devices.
The magnetostatic multipole expansion in biomagnetism: applications and implications.
The invention can also use magnetostatic bulk waves.
Creating a magnetostatic pump based on the use of “ liquid tubes ” in ferrofluids.
The waves exchanged are again bulk magnetostatic waves emitted bilaterally.
The magnetostatic waves are excited by a microstrip 22 traversed by the alternating current i.
It makes it possible to further reduce magnetostatic interaction with the reference layer.
Thus the laminate peripheral portion and the pole piece have the same magnetostatic potential.
A method to calculate the magnetostatic energy in the whole space was also developed.
The curve BW indicates the progressive variation characterizing volume magnetostatic backward waves.
The way to make substrates for magnetostatic wave devices with low attenuation is now known.
You shot my energy beam through a magnetostatic array?
It generates the transmission of magnetostatic waves having rectilinear wavefronts perpendicular to the axis Ox.
These two choices correspond to two approaches of magnetostatic calculations,.
For a dense array, the magnetostatic in-teractions generate collective magnetization reversal phenomena.
Alternatively, it is possible to connect an optionally available magnetostatic and electrostatic sensor.
We will now consider magnetostatic positioning / tracking techniques using a single observation site.
The spacing p1 is selected as a function of the length λ of the magnetostatic waves.
Our work combine equations of magnetostatic and non-newtonian fluid mechanics.
We describe the modification of the Saffman-Taylor finger by the magnetostatic force.
The magnet 25 has a function to apply a magnetostatic field to such a magnetic circuit.
As the GNPs are dispersed, inter-particle interactions can only be of magnetostatic nature.
The magnetostatic equations, in both differential and integral forms, are shown in the table below.
Finite element calculation of three-dimensional magnetostatic fields based on scalar potentials.
Magnetostatic waves are excited by circulating a very-high-frequency alternating current within the microstrip.
Lastly, we proposes discontinuous formulations of the problem of magnetostatic with boundary conditions.
Since the problem is of the magnetostatic type, the two basic equations are the following,.
A device according to claim 2, wherein this grating forms a magnetostatic wave resonator.
In this case, the magnetostatic waves are surface waves energized preferably along a direction by transducer 6.
For given frequency, a wave vector is obtained that is much greater when using magnetostatic waves.
Nevertheless, magnetic poles are very useful for magnetostatic calculations, particularly in applications to ferromagnets.
