Gw mau tau Magnetic flux dari Médan magnétik. Jelasin dalam bahasa sunda

Magnetic monopole — hypothetical physical quantity which would cause nonzero divergence of magnetic field.

Magnetic reconnection - an effect which causes solar flares and auroras.

Ampére's law — magnetic equivalent of Gauss's law.

Biot-Savart law — the magnetic field set up by a stéadily flowing line current.

Magnetic helicity — extent to which a magnetic field "wraps around itself".

Maxwell's equations — four equations describing the behavior of the electric and magnetic fields, and their interaction with matter.

Helmholtz coil — a device for producing a region of néarly uniform magnetic field.

Maxwell coil — a device for producing a large volume of almost constant magnetic field.

Earth's magnetic field — a discussion of the magnetic field of the éarth.

Dynamo theory — a proposed mechanism for the création of the éarth's magnetic field.

Electric motor — AC motors used magnetic fields.

Rapid-decay theory - a créationist théory.

Stellar magnetic field — a discussion of the magnetic field of stars.

Nave, R., "Magnetic Field". HyperPhysics.

"Magnetism", The Magnetic Field. théory.uwinnipeg.ca.

Hoadley, Rick, "What do magnetic fields look like?" 17 July 2005.

Jiles, David (1994). Introduction to Electronic Properties of Materials (1st ed.). Springer. ISBN 0-412-49580-5.

"Rotating magnetic fields". Integrated Publishing.

"Introduction to Generators and Motors", rotating magnetic field. Integrated Publishing.

McCulloch, Malcolm,"A2: Electrical Power and Machines", Rotating magnetic field . eng.ox.ac.uk.

"AC Motor Theory" Figure 2 Rotating Magnetic Field. Integrated Publishing.

Yaakov Kraftmakher, "Two experiments with rotating magnetic field". 2001 Eur. J. Phys. 22 477-482.

Bogdan Mielnik and David J. Fernández C., "An electron trapped in a rotating magnetic field". Journal of Mathematical Physics, February 1989, Volume 30, Issue 2, pp. 537–549.

Sonia Melle, Miguel A. Rubio and Gerald G. Fuller "Structure and dynamics of magnetorheological fluids in rotating magnetic fields". Phys. Rev. E 61, 4111 – 4117 (2000).