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Description
Class Summary | |
EddyCurrentsDipoleAnimation | An animation of eddy currents in a conducting plane below a moving dipole, for various values of the speed of the monopole, following Saslow. |
EddyCurrentsMonopoleAnimation | An animation of eddy currents in a conducting plane below a moving monopole, for various values of the speed of the monopole, following Saslow. |
FallingRingAnimation | An animation of a falling ring. |
MovingRecedingImageAnimation | An animation of the magnetic fields in the xz plane when a magnetic monopole moves above the plane, for various values of the monople speed, following Saslow. |
MovingRecedingImagePotentialAnimation | An animation of a magnetic monopole moving above a conducting plane following Saslow This class has a main method and is used to generate the sequence of images for the experiment. |
RecedingImageAnimation | An animation of the magnetic fields of a non-moving magnetic monopole appearing above a conducting plane, following Saslow. |
TwoPlanesAnimation | Calculate the magnetic field due to a monopole appearng at t = 0 in the first quandrant of the intersection of two thin conducting planes, following Liu and Belcher 2007 Appendix A. |
This package contains all the animations for the various Faraday's Law experiments. An animation contains the main routine that is executed to produce a given sequence of DLIC images for an experiment. The animation sets up the experiment parameters and also the parameters that control how the images produced are created (e.g. size, color, and so on).
Copyright (c) 2007 Andreas Sundquist.
This work is licensed under a Creative Commons Attribution 2.5 License.
You must attribute any use of this code or derviatives thereof to Andreas Sundquist.
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