How Do You Determine the Direction and Polarization of E and H Fields?

In summary, to find the direction and polarization of an electric field, you will need to use Maxwell's equations and the boundary conditions of the problem.
  • #1
baby_1
159
15
Hello
Here is an example of "Microwave Engineering " by Pozar.
4819019000_1426940728.jpg

and As you see the answer how solved this problem assumed that E filed has a parallel polarization .could you tell me how can we find E direction and its Polarization.
6440207900_1426940728.jpg

after that could you tell me the direction of this problem and it's polarization?
5695174100_1426940728.jpg

2069235900_1426940728.jpg

Thank you
 
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  • #2
for your question. To find the direction and polarization of an electric field, you will need to use Maxwell's equations. In particular, you should use Faraday's law of induction which states that a changing magnetic field will induce an electric field in a loop. Using this equation, you can calculate the direction and polarization of the electric field. Additionally, you can use the boundary conditions of the problem to determine the polarization of the electric field.
 

Related to How Do You Determine the Direction and Polarization of E and H Fields?

1. What are E and H fields?

E and H fields are components of an electromagnetic wave that describe the strength and direction of the electric and magnetic fields, respectively.

2. How do you find the direction of E and H fields?

The direction of the E and H fields can be determined using the right-hand rule. For electric fields, point your thumb in the direction of the electric field and your fingers in the direction of the magnetic field. The direction of your palm will indicate the direction of the wave's propagation. For magnetic fields, point your thumb in the direction of the magnetic field and your fingers in the direction of the electric field. The direction of your palm will again indicate the direction of the wave's propagation.

3. What factors determine the direction of E and H fields?

The direction of E and H fields is determined by the source of the electromagnetic wave, as well as the materials and structures that the wave encounters as it propagates. The shape and orientation of antennas and other devices can also affect the direction of the fields.

4. Can E and H fields have different directions?

Yes, in most cases, the E and H fields will have different directions. This is because they are perpendicular to each other and the direction of their propagation. However, in certain special cases, such as when the wave is traveling through a vacuum, the E and H fields can have the same direction.

5. How are E and H fields related?

E and H fields are interdependent and cannot exist without each other. They are constantly changing and oscillating as the wave propagates through space. The strength and direction of one field will affect the strength and direction of the other field.

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