Magnetism 
related subject: Electronics: magnetism |
| Basics of
magnetics pdf file |
| Champ
d'action champ magnétique, champ électrique, lignes de force, 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 |
| 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 online book in pdf format, 2 Megabyte |
| Electricity and
magnetism pdf file |
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Electricity and magnetism |
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Electricity and magnetism |
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Electricity &
magnetism tutorial electric field, Gauss' law, electric potential, capacitance, magnetic field, Lorentz force Law, ... |
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Electromagnetic induction Faraday’s Experiments, Lenz’s Law, Magnetic flux,
Induced currents and charges, Self-inductance, Calculation of self-inductance |
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Electromagnetic induction presence of an inductor in an electric circuit has the effect of slowing down the increase
of the current when the circuit is being closed, and slowing down its
decrease when the circuit is being opened. The behavior of such a circuit is characterized by the "time constant" (t=
L/R ) of the circuit. The larger the inductance, the larger the time
constant |
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Electromagnetics |
| Elektromagnetisme
elektromagneet, in Dutch |
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Faraday's law Faraday's law |
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Faraday's law Faraday's law,
a simulation shows the classic example of Faraday's law of electromagnetic
induction |
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How an electromagnet works by running electric current through a wire, you can create a magnetic field |
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Magnetic field magnetic fields |
| Magnetic field magnetic fields,
permanent magnet, magnetic monopole, Tesla, Gauss, magnetic field line, magnetic flux, Weber, mass spectrometer, magnetic dipole moment or magnetic moment,
solenoid, Hall effect |
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Magnetic fields and forces When charges move relative to each other they
experience a new force in addition to the electrostatic one. This new force is
the magnetic force and can be shown to be a consequence of special relativity |
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Magnetics |
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Magnetism magnetic properties of materials, magnetic fields, magnetic force lines, ferromagnetic materials, electromagnets, electricity and magnetisme,
magnetic motor, animated |
| 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
ppt file, part of
Magnetism |
| Magnetism
examine a magnetic field in detail and begin to explore the sources of magnetism |
| Magnetism |
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Magnetism
magnetism and Induction |
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Magnetism electrons carry a negative electrical charge and produce a magnetic field as they move through space |
| Magnetism
and electromagnetism Permanent magnets, Electromagnetism, Magnetic units of
measurement, Permeability and saturation, Electromagnetic induction, Mutual
inductance |
| Magnetism
and magnets some general information on magnetism and magnetic physics |
| Magnetism,
magnetic fields magnetism, magnetic fields, right hand rule, ... |
| 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 |
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Maxwell's
equations and displacement current |
| Motionless
electromagnetic generator: MEG extracting energy from a permanent magnet with energy replenishing from the active vacuum |
|
Phase transitions in
magnetics |
|
Wervelstroom verliezen ppt file,
in Dutch |
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Horizontaal |
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Permanent Magnets
related subject: Electronics: magnetism |
| Classes of
magnetic materials The origin of magnetism lies in the orbital and spin motions of electrons and how the electrons interact with one another. The main
distinction is that in some materials there is no collective interaction of atomic magnetic moments, whereas in other materials there is a very strong interaction between atomic moments diamagnetism, paramagnetism, ferromagnetism, ferrimagnetism, antiferromagnetism |
| Diamagnetic, paramagnetic, and ferromagnetic materials |
| Ferromagnetic
materials |
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Ferromagnetism |
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High Frequency Magnetic Excitations in Ferromagnets Spin Waves,
Ferromagnetic Resonance |
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Magnetic materials |
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Magnetic materials |
|
Magnetic properties of materials
pdf file |
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Magnetic properties of materials devoted to the study of the effects produced within various materials by the application of a magnetic field |
| Magnetic
properties of solids the magnetization of a material is expressed in terms of density of net magnetic dipole moments m in the
material |
| Magnetism: comparison of
magnetic materials |
| Magnets
magnetic materials, a tip |
| Magnetweb permanent
magnet design, magnets, permanent magnets, a tip |
| Magnetisme:
types of magnetism |
|
Properties of magnetic
materials pdf file |
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Types of Magnets
Permanent Magnets, Temporary Magnets, Electromagnets, Materials used for
permanent magnets, Neodymium Iron Boron (NdFeB or NIB), Samarium Cobalt (SmCo),
Alnico, Ceramic or Ferrite |
| Understanding
permanent magnets permanent magnets, pdf file |
|
Horizontaal |
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2008-11-20
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