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	Science > Physics > Electromagnetism
	ITEMS

	72 items are in this category. Listing items 51 to 72:

	On the Spin Dynamics of 2D Ferromagnets with Dzyaloshinsky-Moriya Interaction [in Articles] Orbital Magnetism of Mesoscopic Systems [in Articles] Representation of Dyadic Green's Functions for a Perfectly Conducting Body of Arbitrary Shape [in Articles] Self-Paced Electromagnetic Notebooks [in MathSource: Packages and Programs] Solving Advanced Physics Problems with Mathematica [in Conference Proceedings] SpinDynamica: Symbolic and numerical magnetic resonance in a Mathematica environment. [in Articles] The Streaming Current Detector: A Quantitative Model [in Articles] Symbolic Computation for Inverse Boundary-Value Problems and its Application to Impedance Tomography Reconstruction [in Articles] Symbolic derivation and numeric computation of dyadic Green's functions using Mathematica [in Articles] Symmetry and Condensed Matter Physics, A Computational Approach [in Books] Synthesis of an Electrooptical Modulator Characteristic [in Conference Proceedings] Telescoping Fast Multipole Methods Using Chebyshev Economization [in Articles] Third-Order Transfer Matrix for Crossed Electric and Magnetic Fields Calculated Algebraically Using a Symbolic Computation Program [in Articles] Time Domain Electromagnetics Problems with CAS for Education and Research [in Conference Proceedings] Transient Changes in Polarizability for Centrosymmetric Linear Molecules Interacting at Long Range: Theory and Numerical Results for H2...H2, H2...N2, and N2...N2 [in Articles] Unbalanced Impedance of the Aperture Coils of Some LHC Main Dipole Magnets [in Articles] Use of Mathematica software for theoretical analysis of linear sweep voltammograms [in Articles] Use of New Interactive Learning Courseware with Mathematica [in Articles] Use of the Vector Magnetic Potential Concept and Very High Precision Computation Software to Study the Electromagnetic Fields of Accelerated Charged Particles [in Articles] Using the System Mathematica in Problems of Mechanics [in Articles] Visual Electromagnetics Using Mathematica and HyperCard [in Articles] Visualization of Modal Irradiance Patterns in an Optical Fiber [in Articles]
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