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The pinning ofresultsmagnetic domain walls
each flakeis composedof just one magnetic domain
the magnetic fluxoriginatedfrom the magnetic domain wall
MR ) effectsoriginatingfrom a magnetic domain wall
how stressinfluencethe magnetic domain and magnetic domain wall
in a bulk superconductor with a critical temperature(passive) has been discoveredA magnetic domain structure
single domaini.e. ... composedof a single magnetic domain
by the movement of the magnetic walls(passive) caused bysaid magnetic domain
material microstructures including crystal structures and defects(passive) are strongly influenced byMagnetic domain structures
Superparamagnetism occurs in nanoparticles which are single - domaini.e. composedof a single magnetic domain
the Cu concentration(passive) are strongly influenced byThe magnetic domain patterns
Superparamagnetism Superparamagnetism occurs in ferromagnetic and ferrimagnetic nanoparticles which are single - domaini.e. composedof a single magnetic domain
by current(passive) designed bymagnetic area
by the dimension variations(passive) caused bymagnetic property
by dimension variations(passive) caused bymagnetic property
by the re - distribution of nitrogen from outside(passive) caused bymagnetic property
local strain fieldscan influencemagnetic domain configurations
The earth?s rotationcausesmagnetic areas
The rotation of the earthcausesmagnetic areas
the earth?s rotation(passive) are caused byMagnetic areas
the motion of(passive) are caused byMagnetic areas
by magnets(passive) influenced bymagnetic areas
already(passive) have ... been discoveredMagnetic areas
many sorts of Off road ... led light flexible arm work lightled driving light w push button that you will discover on the marketledmagnetic base
the planet?s rotation(passive) are caused byMagnetic areas
The planet?s rotationcausesmagnetic areas
The spinning of the earthcausesmagnetic areas
The earth?s spinningcausesmagnetic areas
a straincausesrefinement of the magnetic domain
The planet?s spinningcausesmagnetic areas
In the MR inductive head as described above , as recording has been carried out with the inductive head , residual magnetization remains in the shield core 14causingthe magnetic domain to be turbulent
In this MR inductive head , since recording and reproduction are carried out with the second thin - film magnetic core 44 as a common magnetic body , residual magnetization remains after recordingcausingthe magnetic domain to be turbulent
by a previously applied magnetic field(passive) caused bythe magnetic domains
of many atoms(passive) are composedmagnetic domains ( " D
Magnetcomposedmagnetic domains
In generalcausesmagnetic domains
Heatleadthe magnetic domains
actual samplesare composedof magnetic domains
by chassis current and a shielded chassis to block digital noise(passive) caused bygenerated magnetic field
chassis current and a shielded chassis to block digital noise(passive) caused bygenerated magnetic field
of a group of atoms whose magnetic fields are aligned in the same directioncomposedof a group of atoms whose magnetic fields are aligned in the same direction
of ... due to motion with the area walls's composedof ... due to motion with the area walls
from a moderate perpendicular anisotropyresultsfrom a moderate perpendicular anisotropy
of magnetic layers of opposite magnetization ( Fig . 1composedof magnetic layers of opposite magnetization ( Fig . 1
to interact with the magnetic bit patterns recorded on the storage mediacan be designedto interact with the magnetic bit patterns recorded on the storage media
from disappearance of restrictions on their movement caused by grain boundaries in the magnetic substance when the intensity of the applied magnetic field is increasedresultingfrom disappearance of restrictions on their movement caused by grain boundaries in the magnetic substance when the intensity of the applied magnetic field is increased
to vastly improved magnetic devicescan leadto vastly improved magnetic devices
to her good painleadingto her good pain
from the planet?s rotationresultfrom the planet?s rotation
from the spinning of the earthresultfrom the spinning of the earth
from the movement of celestial bodies in the skyresultfrom the movement of celestial bodies in the sky
from the movement of heavenly bodies from the skyresultfrom the movement of heavenly bodies from the sky
from the motion of heavenly bodies from the skiesresultfrom the motion of heavenly bodies from the skies
to her wonderful discomfortleadingto her wonderful discomfort
to high hysteresis lossesleadingto high hysteresis losses
to this input positionis ledto this input position
to improvement of wear resistanceto contributeto improvement of wear resistance
in a low coercivityresultsin a low coercivity
from movement of the encoded tracks of a magnetic stripe card past the reader head used in the conventional card reader devicesresultingfrom movement of the encoded tracks of a magnetic stripe card past the reader head used in the conventional card reader devices
It is estimated(passive) is causedIt is estimated
The magnetic domain structure under zero applied stress(passive) was composedThe magnetic domain structure under zero applied stress
to only one pair of the QAFM peaks in the FTcontributesto only one pair of the QAFM peaks in the FT
the eddy current in the magnetic materialcausesthe eddy current in the magnetic material
magnetic behaviorcausemagnetic behavior
a small electrical eddy current to be produced on the surface of the targetcausesa small electrical eddy current to be produced on the surface of the target
the magnetism to decreasecausingthe magnetism to decrease
charged particles to rotate about the field linecausescharged particles to rotate about the field line
problemsmay causeproblems
hysteresis when the current reverse directioncausehysteresis when the current reverse direction
a magnetic flux through the circuit itselfcausesa magnetic flux through the circuit itself
Magnet(passive) is composedMagnet
within the star in a magnetic dynamo driven by the star 's rotationoriginateswithin the star in a magnetic dynamo driven by the star 's rotation
repulsion between magnetic particlescausesrepulsion between magnetic particles
currents to flow in my metal disc which causes magnetic fields which repel each othercausescurrents to flow in my metal disc which causes magnetic fields which repel each other
flow system by increasing the values of temperature in the flow field and theninfluencedflow system by increasing the values of temperature in the flow field and then
What effect magnetic field ... to my watchcausesWhat effect magnetic field ... to my watch
in a distortion of the hysteresis loopresultsin a distortion of the hysteresis loop
by moving charge in wirecausedby moving charge in wire
the direction of the spininfluencesthe direction of the spin
the eddy currentcausesthe eddy current