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The x-axis acts as a boundary interface between two lossless media. The incident ray travels below the negative z-axis from the medium 1 (epsilon sub r 1 equals 1, micro sub r 1 equals 1, f equals 1 Giga Hertz and sigma sub 1 equals 0 Siemens per meters) to the origin with incident angle theta sub I and reflects back to the medium 1 above the negative z-axis with reflected angle theta sub r. The wave partially transmitted in the medium 2 (epsilon sub r 2 equals 2.55, micro sub r 2 equals 1, and sigma sub 2 equals 1 Siemens per meter) above the z-axis with an angle theta sub t. The incident ray is labeled, K sub I, the reflected ray is labeled, K sub r, and the transmitted ray is labeled, K sub t. The parallel components of the incident ray are E sup i at H sup i. The parallel components of refracted and transmitted ray are H sup r and H sup t. A text reads reflection and transmission coefficients are complex. To review the fields, select Output then Field phasors at (0, 0, 0).

An Electric field- reflection coefficient magnitude versus degrees graph shows an angle of incidence. The vertical axis shows the absolute value of start expression upper gamma E end expression. The curve descends from (0, 0.7) to (55, 080, 5), and then rises up to (90, 1). All values are estimated.

Input parameters.

Medium 1, F equals 1.09 hertz. Epsilon sub r equals 1. Micro sub r equals 1.

Medium 2. Epsilon sub r equals 2.55. Micro sub r equals 1. Sigma equals 1 Siemen per meter.

Polarization equals parallel. Incident transverse field equals In.

Field equals Electric. Plot equals the absolute value of gamma and the absolute value of tau.

The angle of incidence equals 45 degrees.

Output parameters.

Incident angle, theta sub I equals 45 degrees. Refraction angle, theta sub r equals 12.5539 degrees.

Electric field. Reflection coefficient equals upper gamma equals negative 0.5511 plus j 0.2645. Transmission coefficient, tau equals 0.3154 plus j 0.1917.

Magnetic field. Reflection coefficient equals upper gamma equals 0.5511 plus j 0.2645. Transmission coefficient, tau equals 1.5511 plus j 0.2645.

Power. Reflectivity, R equals 0.373705. Transmissivity, T equals 0.626295

Maximum transmission angle, theta sub m equals 76.51 degrees.

Total reflection angle (medium 2 lossless), theta sub c equals undefined.