This page contains links for the third quarter of an introductory graduate course in Electrodynamics. Most of these materials are also avaiable by anonymous ftp. For a more complete description of the course, please click on the graphic within this text for course syllabus. All of the original material is copyrighted to prevent others from publishing it for profit. However, please feel free to use and distribute these course materials (profit free) to your students. Also, email submissions of solutions, chapters, revisions will be gladly accepted and posted on this site (especially those involving computer symbolic manipulation, simulations, and visualization). Presently, only the notes and homework assignments are available for  chapters 8,9, 13 and 14 of Jackson. Homework solutions will only be posted for two weeks after their due dates; however, they are available by request to Professors at other Universities (please send a regular-mail request written on letterhead to Mark jarrell, Dept. of Physics, ML-0011, University of Cincinnati, Cincinnati OH 45221-0011. Include your email address, and I will send you what I have). A public ftp subdirectory for each chapter can be accessed by clicking on the corresponding graphic. Each of these subdirectories contains at least three files:  


Third Quarter  (709)

Chapter 8. waveguides and cavitities: Latex Source , Full Postscript version , just the figures ,the homework assignment or the solutions
Chapter 9. Radiation. Download: Latex Source , Full Postscript version , just the figures , the homework assignment or the solutions
Chapter 13. Charged Particle Collisions, Energy Loss, Scattering. Download: Latex Source , Full Postscript version , just the figures ,  the homework assignment,  or the  solutions
Chapter 14. Radiation by Moving Charges. Download: Latex Source , Full Postscript version , just the figures or the homework assignment



 
  • The final for this quarter is a project composed of a talk and an accompanying set of notes
  • no more than 6 pages long.



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    E-mail: jarrell@physunc.phy.uc.edu

    This work was sponsored by the National Science Foundation grant number DMR-9357199

    This work was sponsored by the NSF