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Sadiku MNO, Computational Electromagnetics with MATLAB, 4th ed, CRC, 2019. [ Note 39 ] [ 159 ] [ 350 ] Silvester PP , Ferrari RL, Finite Elements for Electrical Engineers , 3rd ed, Cambridge University , 1996.
Matthew Nojimu Olanipekun Sadiku from the Prairie View A&M University, Cypress, TX was named Fellow of the Institute of Electrical and Electronics Engineers (IEEE) in 2013 [1] "for contributions to computational electromagnetics and engineering education". He is a co-author of the textbook Fundamental of Electric Circuits with Charles K. Alexander.
Elements and operations of the algebra can generally be associated with geometric meaning. The members of the algebra may be decomposed by grade (as in the formalism of differential forms) and the (geometric) product of a vector with a k-vector decomposes into a (k − 1)-vector and a (k + 1)-vector.
David Keun Cheng (January 10, 1918 – August 22, 2012) was a Chinese-born Professor of Electrical Engineering. He was known for his work in the field of electromagnetics. [1] [2] His 1983 undergraduate textbook Field and Wave Electromagnetics has been cited in more than 4000 publications [3] and in 2016 is in the collections of about 500 libraries around the world.
In some materials, the electrons are bound to the atomic nuclei and so are not free to move around but the energy required to set them free is low. In these materials, called semiconductors, the conductivity is low at low temperatures but as the temperature is increased the electrons gain more thermal energy and the conductivity increases. [27]
Interface conditions describe the behaviour of electromagnetic fields; electric field, electric displacement field, and the magnetic field at the interface of two materials.
Russer, P., Electromagnetics, Microwave Circuit and Antenna Design for Communications Engineering, Second edition, Artec House, Boston, 2006, ISBN 978-1-58053-907-4; P. B. Johns and M.O'Brien. "Use of the transmission line modelling (t.l.m) method to solve nonlinear lumped networks", The Radio Electron and Engineer. 1980.
The permeability of vacuum (also known as permeability of free space) is a physical constant, denoted μ 0. The SI units of μ are volt-seconds per ampere-meter, equivalently henry per meter. Typically μ would be a scalar, but for an anisotropic material, μ could be a second rank tensor.
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