Adapted from notes by Prof. Stuart A. Long 1 Notes

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Adapted from notes by Prof. Stuart A. Long 1 Notes 4 Maxwells Equations ECE 3317 Applied Electromagnetic Waves Prof. David R. Jackson Fall 2025 2 Here we present an overview of Maxwells equations. A much more thorough discussion of

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Adapted from notes by Prof. Stuart A. Long 1 Notes 4 Maxwell’s Equations ECE 3317
Applied Electromagnetic Waves
Prof. David R. Jackson
Fall 2025<br>
02
2 Here we present an overview of Maxwell’s equations. A much more thorough discussion of Maxwell’s equations may be found in the text and class notes for ECE 3318: http://courses.egr.uh.edu/ECE/ECE3318 Notes 10: Electric Gauss’s law
Notes 18: Faraday’s law
Notes 28: Ampere’s law
Notes 28: Magnetic Gauss law Extra reference: D. Fleisch, A Student’s Guide to Maxwell’s Equations, Cambridge University Press, 2008. (This is on reserve in the Library.) Overview<br>
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Electromagnetic Fields Four vector quantities
E electric field [Volt/meter]
D electric flux density [Coulomb/meter2]
H magnetic field [Amp/meter]
B magnetic flux density [Weber/meter2] or [Tesla] Each are functions of space and time
e.g. E(x,y,z,t) J electric current density [Amp/meter2]
ρv electric charge density [Coulomb/meter3] 3 Reminder:
The Handscript SF font is used to denote time-varying vectors.<br>