Thread Closed

reflection and refraction

 
Share Thread
Nov3-07, 05:46 AM   #1
 

reflection and refraction


We use only 2 boundary conditions in driving Fresnel's laws, whereas Maxwell's equations provided 4 conditions (2 were identical to other 2). What is the intuitive explanation for this redundancy? which boundary conditions turned out to be equivanlent to each other.
PhysOrg.com physics news on PhysOrg.com

>> Cheap, color, holographic video: Better holographic video displays
>> First entanglement between light and optical atomic coherence
>> EUROnu project recommends building Neutrino Factory
Nov3-07, 09:52 AM   #2
 
Recognitions:
Homework Helper Homework Help
Science Advisor Science Advisor
For each polarization, one Maxwell equation doesn't enter, and one equation is equivalent to another. Just write the equatons and you will see this.
Nov3-07, 02:03 PM   #3
 
dear friend, i thank you a lot..but would you please give me detailed information..

sincerely
Nov3-07, 03:34 PM   #4
 
Recognitions:
Homework Helper Homework Help
Science Advisor Science Advisor

reflection and refraction


I think you should look at an intermediate EM textbook.
Thread Closed

Similar discussions for: reflection and refraction
Thread Forum Replies
Reflection and refraction Introductory Physics Homework 2
Law of reflection and refraction Introductory Physics Homework 1
Reflection and Refraction Introductory Physics Learning Materials 0
refraction and reflection Introductory Physics Homework 1
Reflection,Refraction,Total Internal Reflection,Diffraction Introductory Physics Homework 2