Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Air Gap – The distance between the magnet and another attractive surface – i.e. another magnet or ferrous material.
This gap is referred to as “Air Gap” regardless of whether the distance is filled with air or another non-magnetic material.
Anisotropic – A “preferred” magnetization direction characterizes materials referred to as Anisotropic.
Generally, the materials are manufactured using a strong magnetic field, and can only be magnetized through the
preferred axis. Neodymium (Iron Boron) and Samarium Cobalt magnets are examples of anisotropic magnets.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
B/H Curve – The result of plotting the value of the magnetic field (H) that is applied against the resultant flux density (B),
the resultant plot characterizes the magnetic material. BHmax (Maximum Energy Product) – The magnetic field strength
at the point of maximum energy product of a magnetic material. The field strength of fully saturated magnetic material
measured in Mega Gauss Oersteds (MGOe).
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Brmax (Residual Induction) – Also called “Residual Flux Density”. It is the magnetic induction remaining in a saturated
magnetic material after the magnetizing field has been removed. This is the point at which the hysteresis loop crosses
the B axis at zero magnetizing force, and represents the maximum flux output from the given magnet material.
This point occurs, by definition, at zero air gap, and therefore is useful as a comparative tool rather than an absolute measurement.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
C.G.S. – An abbreviation for the “Centimeter, Grams, Second” system of measurement.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Coercive Force – The demagnetizing force, measured in Oersteds, necessary to reduce observed induction, B, to zero after the
magnet has previously been brought to saturation.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Curie Temperature (Tc) – The temperature at which a magnet loses magnetic properties.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Demagnetization Curve – The second quadrant of the hysteresis loop, generally describing the behavior of magnetic characteristics
in actual use. Also known as the B/H Curve.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Demagnetization Force – A magnetizing force, typically in the direction opposite to the force used to magnetize it in the first place.
Shock, vibration and temperature can also be demagnetizing forces.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Dimensional Tolerance – An allowance, given as a permissible range, in the nominal dimensions of a finished magnet.
The purpose of a tolerance is to specify the physical parameters for applications where the magnet has an interface with other components.
Electromagnet – A magnet consisting of a solenoid with an iron core, which has a magnetic field only when current is flowing through the solenoid.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Ferromagnetic Material – A material that either is a source of magnetic flux or a conductor of magnetic flux. Any ferromagnetic material
must have some component of iron, nickel, or cobalt.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Gauss – Unit of magnetic induction, (B). Lines of magnetic flux per square centimeter in the C.G.S. system of measurement.
Equivalent to lines per square inch in the English system, and Webers per square meter or Tesla in the S.I. system.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Gauss meter – An instrument used to measure the instantaneous value of magnetic induction, (B) usually measured in Gauss (C.G.S.).
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Gilbert – The unit of magnetomotive force, F, in the C.G.S. system.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Hysteresis Loop – A plot of magnetizing force versus resultant magnetization (also called a B/H curve) of the material as it is successively
magnetized to saturation, demagnetized, magnetized in the opposite direction and finally remagnetized. With continued recycles,
this plot will be a closed loop which completely describes the characteristics of the magnetic material. The size and shape of this “loop” is
important for both hard and soft materials. With soft materials, which are generally used in alternating circuits, the area inside this “loop”
should be as thin as possible (it is a measure of energy loss). But with hard materials the “fatter” the loop, the stronger the magnet will be.
The first quadrant of the loop (that is +X and +Y) is called the magnetization curve. It is of interest because it shows how much magnetizing
force must be applied to saturate a magnet. The second quadrant (+X and -Y) is called the Demagnetization Curve.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Induction (B) – The magnetic flux per unit area of a section normal to the direction of flux. Measured in Gauss, in the C.G.S. system of units.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Intrinsic Coercive Force (Hci) – Indicates a material’s resistance to demagnetization. This is equal to the demagnetizing force which reduces
the intrinsic induction, Bi, in the material to zero after magnetizing to saturation; measured in Oersteds.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Irreversible Losses – Partial demagnetization of the magnet, caused by exposure to high or low temperatures, external fields, shock, vibration,
or other factors. These losses are only recoverable by remagnetization. Isotropic Material – A material that can be magnetized along any axis
or direction – the opposite of Anisotropic Magnet.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Keeper – A soft iron piece temporarily added between the poles of a magnetic circuit to protect it from demagnetizing influences.
Kilogauss – One Kilogauss = 1,000 Gauss = Maxwells per square centimeter.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Magnet – A magnet is an object made of certain materials which create a magnetic field. Every magnet has at least one north pole and one
south pole. By convention, we say that the magnetic field lines leave the North end of a magnet and enter the South end of a magnet.
This is an example of a magnetic dipole (“di” means two, thus two poles).
If you take a bar magnet and break it into two pieces, each piece will again have a North pole and a South pole. If you take one of those
pieces and break it into two, each of the smaller pieces will have a North pole and a South pole. No matter how small the pieces of the
magnet become, each piece will have a North pole and a South pole. It has not been shown to be possible to end up with a single North pole
or a single South pole which is a monopole (“mono” means one or single, thus one pole).
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Magnetic Circuit – Consists of all elements, including air gaps and non-magnetic materials that the magnetic flux from a magnet travels on,
starting from the north pole of the magnet to the south pole.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Magnetic Field (B) – When specified on our site, the surface field or magnetic field refers to the strength in Gauss. For axially magnetized
discs and cylinders, it is specified on the surface of the magnet, along the center axis of magnetization. For blocks, it is specified on the
surface of the magnet, also along the center axis of magnetization. For rings, you may see two values. By,center specifies the vertical
component of the magnetic field in the air at the center of the ring. By,ring specifies the vertical component of the magnetic field on the
surface of the magnet, midway between the inner and outer diameters.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Magnetic Field Strength (H) – Magnetizing or demagnetizing force, is the measure of the vector magnetic quantity that determines the ability
of an electric current, or a magnetic body, to induce a magnetic field at a given point; measured in Oersteds.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Magnetic Flux – A concept that has evolved in an attempt to describe the “flow” of a magnetic field. When the magnetic induction, B, is uniformly
distributed and is normal to the area, A, the flux, Ø = BA.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Magnetic Flux Density – Lines of flux per unit area, usually measured in Gauss (C.G.S.). One line of flux per square centimeter is one Maxwell.
Magnetic Induction (B) – The magnetic field induced by a field strength, H, at a given point. It is the vector sum, at each point within the substance,
of the magnetic field strength and the resultant intrinsic induction. Magnetic induction is the flux per unit area normal to the direction of the magnetic path.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Magnetic Line of Force – An imaginary line in a magnetic field, which, at every point, has the direction of the magnetic flux at that point.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Magnetic Pole – An area where the lines of flux are concentrated.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Magnetomotive Force (F or mmf) – The magnetic potential difference between any two points. Analogous to voltage in electrical circuits.
That which tends to produce a magnetic field. Commonly produced by a current flowing through a coil of wire. Measured in Gilberts (C.G.S.)
or Ampere Turns (S.I.).
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Material Grade – Several magnet materials are constructed in different “Grades” which represent the material characteristics. Generally,
the higher number for the Grade, the higher the magnetic holding power. Maximum Energy Product (BHmax) – The magnetic field strength
at the point of maximum energy product of a magnetic material. The field strength of fully saturated magnetic material measured in
Mega Gauss Oersteds, MGOe.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Maximum Operating Temperature (Tmax) – The maximum service temperature, i.e. the temperature at which the magnet may be exposed to
continuously with no significant long-range instability or structural changes.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Maxwell – Unit of magnetic flux in the C.G.S. electromagnetic system. One Maxwell is one line of magnetic flux.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Magnetization Curve – The first quadrant portion of the hysteresis loop (B/H) curve for a magnetic material.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Magnetizing Force (H) – The magnetomotive force per unit of magnet length, measured in Oersteds (C.G.S.) or Ampere Turns per meter (S.I).
Maxwell – The C.G.S. unit for total magnetic flux, measured in flux lines per square centimeter.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
GOe – Mega (million) Gauss Oersteds. Unit of measure typically used in stating the maximum energy product for a given material.
See Maximum Energy Product.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
North Pole – The north pole of a magnet is the one attracted to the magnetic north pole of the earth. This north-seeking pole is identified by the
letter N. By accepted convention, the lines of flux travel from the north pole to the south pole.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Oersted (Oe) – The C.G.S. unit for magnetizing force. The English system equivalent is Ampere Turns per Inch (1 Oersted equals 79.58 A/m).
The S.I. unit is Ampere Turns per Meter.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Orientation – Used to describe the direction of magnetization of a material. Orientation Direction – The direction in which an anisotropic magnet
should be magnetized in order to achieve optimum magnetic properties.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Paramagnetic Materials – Materials that are not attracted to magnetic fields (wood, plastic, aluminum, etc.). A material having a permeability
slightly greater than 1.
Permanent Magnet – A magnet that retains its magnetism after it is removed from a magnetic field. A permanent magnet is “always on”.
Neodymium magnets are permanent magnets.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Permeance (P) – A measure of relative ease with which flux passes through a given material or space. It is calculated by dividing magnetic
flux by magnetomotive force. Permeance is the reciprocal of reluctance.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Permeance Coefficient (Pc) – Also called the load-line, B/H or “operating slope” of a magnet, this is the line on the Demagnetization Curve
where a given magnet operates. The value depends on both the shape of the magnet, and it’s surrounding environment (some would say,
how it’s used in a circuit). In practical terms, it’s a number that defines how hard it is for the field lines to go from the north pole to the south
pole of a magnet. A tall cylindrical magnet will have a high Pc, while a short, thin disc will have a low Pc.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Permeability (µ) – The ratio of the magnetic induction of a material to the magnetizing force producing it (B/H). The magnetic permeability
of a vacuum (µo) is 4π×10-7 N/Amp2.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Pole – An area where the lines of magnetic flux are concentrated.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Plating/Coating – Most neodymium magnets are plated or coated in order to protect the magnet material from corrosion. Neodymium magnets
are mostly composed of neodymium, iron, and boron. The iron in the magnet will rust if it is not sealed from the environment by some sort of
plating or coating. Most of the neodymium magnets that we stock are triple plated in nickel-copper-nickel, but some are plated in gold, silver,
or black nickel, while others are coated in epoxy, plastic or rubber.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Polarity – The characteristic of a particular pole at a particular location of a permanent magnet. Differentiates the North from the South Pole.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Pull Force – The force required to pull a magnet free from a flat steel plate using force perpendicular to the surface. The limit of the holding
power of a magnet. The pull force listed is actual data acquired by testing using our state-of-the-art force test stand. A comprehensive table
of the pull force for all of our stock magnets is available here: Pull Force Table.
We test for two different values of pull force using two different setups. Read more about these two pull forces here.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Rare Earth – Commonly used to describe high energy magnet material such as NdFeB (Neodymium-Iron-Boron) and SmCo (Samarium-Cobalt).
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Relative Permeability – The ratio of permeability of a medium to that of a vacuum. In the C.G.S. system, the permeability is equal to 1 in a
vacuum by definition. The permeability of air is also for all practical purposes equal to 1 in the C.G.S. system.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Reluctance (R)- A measure of the relative resistance of a material to the passage of flux. It is calculated by dividing magnetomotive force by
magnetic flux. Reluctance is the reciprocal of permeance.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Remanence, (Bd) – The magnetic induction that remains in a magnetic circuit after the removal of an applied magnetizing force.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Residual Flux Density (Brmax) – Also called “Residual Induction”. It is the magnetic induction remaining in a saturated magnetic material after
the magnetizing field has been removed. This is the point at which the hysteresis loop crosses the B axis at zero magnetizing force, and represents
the maximum flux output from the given magnet material. By definition, this point occurs at zero air gap, and therefore cannot be seen in practical
use of magnet materials.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Residual Induction (Brmax) – Also called “Residual Flux Density”. It is the magnetic induction remaining in a saturated magnetic material after the
magnetizing field has been removed. This is the point at which the hysteresis loop crosses the B axis at zero magnetizing force, and represents
the maximum flux output from the given magnet material. By definition, this point occurs at zero air gap, and therefore cannot be seen in practical
use of magnet materials.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Return Path – Conduction elements in a magnetic circuit which provide a low reluctance path for the magnetic flux. Reversible Temperature
Coefficient: A measure of the reversible changes in flux caused by temperature variations.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Saturation – The state where an increase in magnetizing force produces no further increase in magnetic induction in a magnetic material.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Shunt – A soft iron piece temporarily added between the pole of a magnetic circuit to protect it from demagnetizing influences.
Also called a keeper. Not needed for Neodymium and other modern magnets.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
S.I. – Abbreviation for “Système International”. Refers to the International Standard System of units. It is also known as the MKS system.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
South Pole – The south pole of a magnet is the one attracted to the south pole of the earth. This south-seeking pole is identified by the letter S. By
accepted convention, the lines of flux travel from the north pole to the south pole.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Stabilization – The process of exposing a magnet or a magnetic assembly to elevated temperatures or external magnetic fields to demagnetize it to a
predetermined level. Once done the magnet will suffer no future degradation when exposed to that level of demagnetizing influence.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Surface Field (Surface Gauss) – The magnetic field strength at the surface of the magnet as measured by a Gauss meter. A comprehensive table of
the surface field for all of our stock magnets is available here: Surface Field Table.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Temperature Coefficient – A factor that is used to calculate the decrease in magnetic flux corresponding to an increase in operating temperature.
The loss in magnetic flux is recovered when the operating temperature is decreased.
Description And Testings of Soft-Iron, Electric-Magnetic Iron, Core-Iron, Pure-Iron, Soft-Magnetic Iron, Soft-Mag Iron
Tesla – The S.I. unit for magnetic induction (flux density). One Tesla equals 10,000 Gauss.
Description And Testing of Soft Iron, Electric Magnetic Iron, Core Iron, Pure Iron, Soft Magnetic Iron, SoftMag Iron
Weber – The S.I. unit for total magnetic flux. The practical unit of magnetic flux. It is the amount of magnetic flux which, when linked at a uniform rate
with a single-turn electric circuit during an interval of 1 second, will induce in this circuit an electromotive force of 1 volt.
Inspection & Approval Certificates : C/W Certificate (Calibration Works Certificate) EN-10204 3.1 / DIN-50049 3.1 / ISO-10474 3.1 Mill Test Certificate,
Material Test Certificate, NACE-HIC TM-0284 / NACE-MR-0103 / NACE-MR-0175 / ISO-15166, BS EN-9001, BS EN-9100, AS-9100, AS-9100D,
IATF-16949, NADCAP Certified, ITAR Compliant, CE-Marked, CE-Marking, European Pressure Equipment Directive PED-2014/68/EU, AD-2000-WO,
ASME Boiler & Pressure Vessel Code Section-II Part A Edition 2021, API-6A (American Petroleum Institute), with EN-10204 3.2 Certificate
Duly Certified & Approved by IBR (Indian Boiler Regulations), IACS Class, LR Class (Lloyd’s Register), GL (Germanischer Lloyd), BV (Bureau Veritas),
DNV (Det Norske Veritas), ABS Class (American Bureau of Shipping), SGS, TUV, RINA, IR Class (Indian Register of Shipping), DGAQA Approved,
NORSOK Approved Standard M-630, M-650 Rev.3, DFAR/DFARS Compliant, NADCAP Certified For Ministry of Defence, DRDO, DGQA Approved,
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Regards,
CONTACT PERSON :
MUKESH SHAH
Director
Mobile No. 0091 – 9820292499
Email – marketing@rolexmetals.com
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