Examples of 'amagnetic' in a sentence
Meaning of "amagnetic"
Amagnetic is an adjective referring to the absence or loss of magnetic properties in a material, indicating a lack of magnetism
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- nonmagnetic
- antimagnetic
How to use "amagnetic" in a sentence
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amagnetic
The annular stator armature is preferably amagnetic.
An amagnetic ring surrounds the magnet.
The insert can equally be made of amagnetic stainless steel.
Reinforced resin is amagnetic and insulating and therefore creates no electromagnetic disturbance.
Such targets can be detected by the transducer through a low permeability or amagnetic metal wall.
It is preferably placed in an amagnetic material protective case called a glove finger.
The amagnetic layer can have a thickness between a fraction of a microns and a few microns.
The invention then recommends separating said concentrators from the pole pieces by an amagnetic layer.
The measuring tube must be amagnetic in order not to interfere with the magnetic field.
As a variant, the annular stator armature is not amagnetic.
The resin used was an amagnetic anionic resin commercially distributed as Purolite.
Also advantageously, said resin is an anionic amagnetic resin.
Preferably, an anionic amagnetic resin will be used.
Forming a ferrimagnetic garnet layer by epitaxy on the amagnetic substrate ;.
These gaps made of amagnetic materials, promote the aforesaid drawbacks.
See also
The structure 1 is advantageously entirely made from an amagnetic material.
The tube 7 is preferably made of an amagnetic material, such as for example brass.
Forming a ferrimagnetic garnet layer by epitaxial growth on said amagnetic substrate ;.
The sheath is preferably made of amagnetic metal, for example stainless steel.
In particular, the magnet support or supports are produced from an amagnetic material.
How did you compose for such amagnetic personality as Janine Jansen?
Forming at least one ferrimagnetic garnet layer by epitaxy on the amagnetic substrate ;.
The armature 23 may be made of any amagnetic matter, for example stainless steel.
The mechanical connections between the several groups, consisting of amagnetic parts.
In said amagnetic layer 34 is etched a narrow trench 36 extending from one pillar to the other.
The connector is produced from an amagnetic metallic material ;.
A probe according to claim 1, wherein the regulatable capacitor is amagnetic.
These claw-type rotors are made up of a plurality of amagnetic and magnetic members fastened-together.
In the example described, the annular stator armature 24 is amagnetic.
These capacitors are actuated by complete amagnetic motor driven levers 29.
An amagnetic shoe 56 makes it possible to engage the magnetic structure 50 against the well wall.
Forming at least one ferrimagnetic garnet layer by epitaxial growth on said amagnetic substrate ;.
Amagnetic spacers are formed by a known method illustrated in FIG . 3.
These two pole pieces are separated by an amagnetic spacer 64.
An amagnetic material coating 16 is deposited on the assembly ( part b ).
In this embodiment the shaft 21 is made from an amagnetic material.
On an amagnetic substrate 24, said generator comprises a magnetic layer 26 obtained by epitaxy.
The antenna is stiffened by a filling material, which is e.g. an amagnetic material.
FIG . 7 shows a conductive amagnetic material damper turn.
FIG . 5 shows an example of an actuator of the invention fabricated on an amagnetic substrate ;.
For example, amagnetic steel can be used, for example series AISI 300 steel.
A device according to claim 25, wherein the amagnetic layers are perforated.
To this end, the substrate 30 is typically amagnetic.
FIG . 4 illustrates the deposition of an amagnetic layer on the concentrators.
A magnetoresistant element 22 is then formed, followed by an upper magnetic coating 18 with an amagnetic spacer 20.
To this end, the intermediate pellet 68 is made from an amagnetic material such as polytetrafluoroethylene.
A magnetoresistant element MR is placed beneath the amagnetic spacer 24.
In this embodiment, the module 14 comprises a base 15 made from an amagnetic and electrically insulative material.
For example, the wall 41 can be a foil, in particular a foil of amagnetic steel.
FIG . 7 shows an electrically conductive amagnetic damper turn of this kind.
