Polarization of electromagnetic wave after reflection Lu Sun

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Polarization of electromagnetic wave after reflection Lu Sun Dec. 17 2010

Polarization of electromagnetic wave after reflection Lu Sun Dec. 17 2010

Synopsis • Introduction • TE &TM wave • General linear polarized wave • Total

Synopsis • Introduction • TE &TM wave • General linear polarized wave • Total reflection • summary

Synopsis • Introduction • TE &TM wave • General linear polarized wave • Total

Synopsis • Introduction • TE &TM wave • General linear polarized wave • Total reflection • summary

Introduction E B

Introduction E B

Synopsis • Introduction • TE &TM wave • General linear polarized wave • Total

Synopsis • Introduction • TE &TM wave • General linear polarized wave • Total reflection • summary

Reflection of TE & TM wave • TE wave E • TM wave B

Reflection of TE & TM wave • TE wave E • TM wave B

Synopsis • Introduction • TE &TM wave • General linear polarized wave • Total

Synopsis • Introduction • TE &TM wave • General linear polarized wave • Total reflection • summary

Reflection of linear polarized electromagnetic wave • Incidental wave-linear polarized • Linear polarized

Reflection of linear polarized electromagnetic wave • Incidental wave-linear polarized • Linear polarized

Reflection of linear polarized electromagnetic wave

Reflection of linear polarized electromagnetic wave

Synopsis • Introduction • TE &TM wave • General linear polarized wave • Total

Synopsis • Introduction • TE &TM wave • General linear polarized wave • Total reflection • summary

Total reflection • Incidental wave-linear polarized • Reflected wave • define • elliptical polarized

Total reflection • Incidental wave-linear polarized • Reflected wave • define • elliptical polarized

Further discussion of total reflection • Linear polarization • Circular polarization

Further discussion of total reflection • Linear polarization • Circular polarization

Further discussion of total reflection

Further discussion of total reflection

Further discussion of total reflection n’=1. 5 n’=2. 415 n’=10

Further discussion of total reflection n’=1. 5 n’=2. 415 n’=10

Synopsis • Introduction • TE &TM wave • General linear polarized wave • Total

Synopsis • Introduction • TE &TM wave • General linear polarized wave • Total reflection • summary

summary • TE wave and TM wave remain linear polarized after reflection without orientation

summary • TE wave and TM wave remain linear polarized after reflection without orientation change. • Generally, linear polarized electromagnetic wave remains linear polarized within orientation change. • After total reflection, linear polarized wave can become elliptical polarized, circular polarized or maintain linear polarized.

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