Magnetism 
related subject: Science, physics, magnetism |
| Basics
of magnetics magnetics, pdf file |
|
Biot-Savart law The Biot-Savart Law relates magnetic fields to the currents |
|
Bobine à noyau de fer pdf file,
en Français |
| Champ
magnétique en Français |
|
Circuit magnétique
en Français |
|
Circuits magnétiques des machines
en Français |
| Cool
experiments with magnets devoted to magnetism and
the cool experiments you can do with permanent magnets and electro-magnets. Some of the experiments are very basic,
motors, levitation, electromagnets, Lenz, Faraday, neodymium, experiments with
magnets, superconductors, superconductivity, electromagnetism, magnetic toys,
magnetic fields |
|
Current
electricity and magnetism |
|
Cycle d'hystérésis pdf file,
en Français |
| Electricity &
magnetism electric field, Gauss' law, electric potential, capacitance,
magnetic field, Lorentz force Law, Hall Effect, Bio Savart law,
electromagnetic induction, Lenz's & Faraday's law, Ampere's law,
Ampere-Maxwell law, electromagnetic waves |
|
Electricity &
magnetism phenomena associated with electricity and magnetism |
| Electricity and
magnetism online
book in pdf format, 10 Megabyte |
| Electricity &
magnetism electric field, Gauss' law, electric potential, capacitance,
magnetic field, Lorentz force Law, Hall Effect, Bio Savart law,
electromagnetic induction, Lenz's & Faraday's law, Ampere's law,
Ampere-Maxwell law, electromagnetic waves |
|
Electricity
and magnetism demonstration models 2 |
|
Électro-aimants en Français |
|
Électro-aimants en Français |
|
Électro-aimants
en Français, pdf file |
|
Electromagnetic force
One of the four fundamental forces, the electromagnetic force manifests itself
through the forces between charges (Coulomb's Law) and the magnetic force, ... |
|
Electromagnetic
induction when Michael Faraday made his discovery of electromagnetic induction in 1831, he
hypothesized that a changing magnetic field is necessary to induce a current in a nearby circuit |
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Electromagnetic induction magnetic materials, permeability, magnetic permeance and reluctance,
saturation, hysteresis, magnetic leakage and fringing, Faraday's
induction law, Kirchoff´s laws |
|
Elektromagnetisme
elektromagneet, in Dutch |
|
Elektromagnetisme
elektromagneet, in Dutch |
|
Elektromagnetisme
en Français |
|
Elektromagnetisme
en Français |
|
Faraday's law pdf file |
|
Faraday's law Faraday's law. Any change in the magnetic environment of a
coil of wire will cause a voltage (emf) to be "induced" in the coil. No matter
how the change is produced, the voltage will be generated. The change could be
produced by changing the magnetic field strength, moving a magnet toward or away
from the coil, moving the coil into or out of the magnetic field, rotating the
coil relative to the magnet |
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Faraday's law
induced voltage |
|
Faraday's law |
|
Faraday's law
Faraday's law animation |
|
FERROMAGNETIC
MINERALS pdf file |
|
Ferromagnetisme |
|
Ferromagnetisme
magnetische permeabiliteit, verzadiging, remanent magnetisme,
in
Dutch |
| How an
electromagnet works by running electric current through a wire, you can
create a magnetic field |
|
Hysteresis |
| Hysteresis
in magnetic materials |
| Hysteresis loop
hysteresis loop |
| Hysteresis loop and magnetic properties
a hysteresis loop shows the relationship between the induced magnetic flux density B and the magnetizing force H. It is often referred to as
the B-H loop |
|
Lenz
law The Induced current is such as to OPPOSE the CHANGE in applied field |
|
Lenz
law Lenz's Law states: An induced electromagnetic force generates a current
that induces a counter magnetic field that opposes the magnetic field generating
the current |
| Magnet
formulas Maxwell and His Equations, the Law of Biot Savart, field due to
electric current in an infinitely long, straight wire, ... |
|
Magnetic field Bar Magnet |
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Magnetic field of current
flow of charged particles Magnetic field of current flow of charged
particles |
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Magnetic Force on a Current-Carrying Wire |
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Magnetic Induction Electromagnetic induction, Observation of Induction -
Lenz's Law, The direction of any magnetic induction effect must oppose the cause
of the effect, Faraday's Law Applied |
|
Magnetics Technology
Center |
|
MAGNETICS® digital
library many magnetic core, ferrite cores design manual |
|
Magnetism:
quantities, units and relationships magnetic terms & units in the SI,
physical variables relevant to electromagnetism briefly described together with
their interelationships, magnetization, magnetisation, unit, quantity, formula,
design, calculate, wind, electric, magnetic |
|
Magnetism magnetic properties of materials, magnetic fields, magnetic force
lines, ferromagnetic materials, electromagnets, electricity and magnetisme,
magnetic motor, animated |
| Magnetism |
|
Magnetism
the properties of an electromagnet (solenoid) that affect the its strength,
the difference between slow and fast moving negative and positive charges
passing through a magnetic field, relationship between current, magnetism, and
the force created on a current bearing wire, DC electric motor, the way
magnetic fields are used inside television or computer displays |
|
Magnetism |
|
Magnetism
examine a magnetic field in detail and begin to explore the sources of magnetism,
The Magnetic Field, Motion of a Charged Particle in a Magnetic Field, Magnetic
Force on a Current Carrying Wire, Torque on a Current Carrying Loop, Sources of
the Magnetic Field, A long straight wire, A circular loop, Solenoid, Force
between two parallel wires |
| Magnetisme
in Dutch |
| Magnetisme
en het elektrisch veld in Dutch, pdf file |
|
Magnétisme et aimants en Français |
| Magnétisme et
électromagnétisme en Français |
| Magnetism
and magnets some general information on magnetism and magnetic physics |
| Magnetism
and electromagnetism |
| Magnetism,
magnetic fields magnetism, magnetic fields, right hand rule, ... |
| Magnetism:
quantities, units and relationships a tip |
|
Magnétisme
en Français |
| Magnétisme
et inductance en Français, pdf file |
| Magnetics
application guide pdf file |
|
Matériaux et propriétés magnétiques en Français, pdf file |
|
Milieux
ferro en Français, pdf file |
|
Opbouw magnetisch veld in Dutch, pdf file |
|
Permanent magnet applications guide permanent magnet applications guide |
| Permanent magnet applications guide
2 basics of magnetics and applications information. Descriptions of various product types including: MPP, HI-FLUX, SUPER-MSS, Sendust, Toroidal Tape Cores,
Silectron Toroids, Distributed Gap Cores |
| Permanent magnets
permanent magnets, pdf file |
| Principles
of magnetism and stray currents in rotating machinery Hysteresis Loop,
Field Equations for Several Simple Configurations, Magnetism in Machinery,
Gaussmeter |
| |
|
Eddy currents |
|
Eddy current |
|
Eddy
current brake eddy current brake, when metal moves through a spatially
varying magnetic field, or is located in a changing magnetic field, induced
currents begin to circulate through the metal. These currents are called eddy
currents |
|
Eddy
current brake eddy currents, movies |
|
Eddy current Depth of Penetration Eddy currents are closed loops of induced
current circulating in planes perpendicular to the magnetic flux |
|
Eddy
Current (Electromagnetic) Brake eddy current brake for railcars |
|
Eddy current losses Eddy-Current Loss in iron and copper are due to currents flowing
within the copper or core caused by induction. The result of eddy-currents is a
loss due to heating within the inductors copper or core. Eddy-current losses are directly proportional to frequency,
pdf file |
|
Eddy current losses
Eddy current losses, eddy currents |
|
Eddy Current Pendulum |
|
Eddy currents Eddy Current (Electromagnetic) Brake |
|
Eddy current testing eddy currents, animated |
|
Eddy current theory eddy currents,
eddy current applications, animated |
|
Eddy Current Tutorial Eddy Current Tutorial, what are Eddy currents? |
|
Hysteresis loss |
|
Magnetisation and Eddy Current Losses Different types of eddy currents are
induced in magnets, eddy currents in copper spacers, collars and yokes,
interfilament coupling currents |
|
Power
losses in wound components Resistance of the windings - 'copper loss'.
Magnetic friction in the core - 'hysteresis'. Electric currents induced in the
core - 'eddy currents'. Physical vibration and noise of the core and windings.
Electromagnetic radiation. Dielectric loss in materials used to insulate the
core and windings |
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Horizontaal |
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Last updated on:
2011-01-02
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