Results 241 to 250 of about 4,895 (306)
Revisiting thermo-physical property models of Al2O3-Water nanofluid for natural convective flow. [PDF]
HeliyonRuvo TH, Shuvo MS, Saha S.
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Experimental and Numerical Investigation of Slip Effect on Nanofiber Filter Performance at Low Pressures. [PDF]
SmallPan Z +5 more
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Generalized Spin-Curl Force Beyond the Stress Tensor. [PDF]
Sensors (Basel)Zhu T +7 more
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Numerical investigation into the enhancement of microwave ablation efficiency by controlling slot design and input power using a dual-slot coaxial antenna. [PDF]
Sci ProgKim D, Kim H.
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A survey of discontinuous Galerkin methods for solving the time domain Maxwell's equations
, 2006 Tommy L. Binford
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2014
This chapter is devoted to the review of Maxwell’s equations in differential and integral forms as well as the electromagnetic boundary conditions. We will also discuss the electromagnetic potentials and wave equations. The solution to inhomogeneous wave equation using field representations by the Green’s function will be presented.
Kasra Barkeshli, Sina Khorasani
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This chapter is devoted to the review of Maxwell’s equations in differential and integral forms as well as the electromagnetic boundary conditions. We will also discuss the electromagnetic potentials and wave equations. The solution to inhomogeneous wave equation using field representations by the Green’s function will be presented.
Kasra Barkeshli, Sina Khorasani
+4 more sources
2021
Since Maxwell established a foundation of the modern electromagnetic theory in 1873 [1], electromagnetics has undergone a rapid development and has been one of the most important research areas in engineering and science. It demands the study of Maxwell’s equations and their application to the analysis and design of devices and systems.
Gang Bao, Peijun Li
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Since Maxwell established a foundation of the modern electromagnetic theory in 1873 [1], electromagnetics has undergone a rapid development and has been one of the most important research areas in engineering and science. It demands the study of Maxwell’s equations and their application to the analysis and design of devices and systems.
Gang Bao, Peijun Li
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1983
We have analyzed, up to this point, the origin and the consequences of four physical laws associated with static electromagnetic phenomena. The first of them, Gauss’s law, relates the electric field to its sources. In differential form it is written as $$\nabla \cdot E = 4\pi \rho .$$ (7.1) Within the area of application of electromagnetism ...
Allan W. Snyder, John D. Love
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We have analyzed, up to this point, the origin and the consequences of four physical laws associated with static electromagnetic phenomena. The first of them, Gauss’s law, relates the electric field to its sources. In differential form it is written as $$\nabla \cdot E = 4\pi \rho .$$ (7.1) Within the area of application of electromagnetism ...
Allan W. Snyder, John D. Love
openaire +1 more source