Examples of 'magnetic permeability' in a sentence
Meaning of "magnetic permeability"
Magnetic permeability is a property of a material that measures its ability to conduct or allow the flow of magnetic fields. It is a fundamental concept in electromagnetism and is often denoted by the symbol 'μ'. Materials with high magnetic permeability are able to concentrate magnetic lines of force, while materials with low magnetic permeability offer resistance to magnetic fields. Magnetic permeability is important in various applications such as electrical transformers and magnetic shielding
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- a measure of the magnetisation of a material in a magnetic field; symbol μ. Materials with values less than 1 are diamagnetic those above are paramagnetic.
How to use "magnetic permeability" in a sentence
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magnetic permeability
The reciprocal of magnetic permeability is magnetic reluctivity.
Antimagnetic version with defined magnetic permeability.
The relative magnetic permeability of steel strands is µr.
Inspection of ferromagnetic materials can be impacted by magnetic permeability.
Permeameter for measuring magnetic permeability of substances.
The magnetic permeability reaches a maximum in this direction.
They also have high magnetic permeability.
Is the magnetic permeability of free space.
His research was dedicated to magnetic permeability of liquids.
An adjustable magnetic permeability makes it possible to adjust the inductance.
This iron has a high magnetic permeability.
Magnetic permeability means the penetrability of materials for magnetic fields.
Where μo is the magnetic permeability of vacuum.
Alperm is magnetically soft and exhibits high magnetic permeability.
Is called the magnetic permeability of a material.
See also
This actuator includes a sleeve with low magnetic permeability.
Is termed the magnetic permeability of the material in question.
The two properties are electric permittivity and magnetic permeability.
The study of some phenomena of magnetic permeability of ferromagnetic materials.
These two properties are electric permittivity and magnetic permeability.
This excessive sensitivity of the magnetic permeability to temperature is a drawback.
Magnetic permeability µ is the degree of magnetization of material in response to a magnetic field.
That led to the concept of magnetic permeability complex.
And magnetic permeability.
Classical estimates are applied to determine the macroscopic effective magnetic permeability.
A material exhibiting high magnetic permeability is generally used.
The magnetic permeability of ferromagnetic materials varies greatly with field strength.
Measurement of magnetic permeability.
The magnetic permeability of free space is taken to have the exact value.
One type of detector uses magnetic permeability as a basis for detection.
The ferrite used can advantageously be a soft ferrite of high magnetic permeability.
Of ferromagnetic elements whose magnetic permeability ur is controlled by a controlling exterior magnetic field.
These materials have a very low coercivity and a high magnetic permeability.
These materials combine high magnetic permeability with high bulk electrical resistivity.
It is understood that generally all ferromagnetic materials have a high magnetic permeability.
Method for measuring magnetic permeability and reference sample used in the latter.
Insert a suitable reference material with known relative magnetic permeability in the instrument.
The fourth magnetic permeability is substantially greater than the third magnetic permeability.
The ratio gives the value of the magnetic permeability p directly.
The magnetic permeability of the microparticle changes with stress applied to the microparticle.
The intermediate layer has good magnetic permeability and low iron losses.
The magnetic permeability of the ferromagnetic core would degrade significantly at higher temperatures.
Ferrite is a ferromagnet with a high magnetic permeability and especially suitable as susceptor material.
Magnetic permeability is a fundamental magnetic property of the coated microparticles incorporated into an adhesive.
It shall be understood that the magnetic permeability of materials varies with flux density.
Magnetic permeability or simply permeability is the ease with which a material can be magnetized.
The magnetic properties of ferrite also show high magnetic permeability at high frequencies.
High levels of magnetic permeability favour the high impedances over a large frequency range.
Continuous variation is provided by the continuous variation of the magnetic permeability of a magnetic element.
These materials have a relative magnetic permeability greater than one and are attracted to magnetic fields.
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Examples of using Magnetic
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And magnetic readings are still the same
A spinning platter of magnetic data storage media
Use a magnetic detector or lift coil slightly
Examples of using Permeability
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A bed of low permeability rock adjacent to an aquifer
Shale formations have very low permeability
Permeability to water after climatic conditioning cycles
