Displacement of an electromagnetic beam upon external dielectric reflection
Canadian Journal of Physics1977Vol. 55(12), pp. 1061–1065
Abstract
The sideways displacement of an electromagnetic beam upon external reflection from a dielectric has been investigated. The experimental results, using 3 cm microwaves, are compared to those predicted by a theory based on a plane wave approach. The experiment has been completed for both perpendicular and parallel polarization as a function of total propagation distance at several angles of incidence around 45°.
Related Papers
- → Observation of ultrasonic backward beam displacement in transmission through a solid having superimposed periodicity(2010)15 cited
- → Reflection and Transmission of Electromagnetic Waves by a Moving Uniaxially Anisotropic Medium(1967)55 cited
- → Reflection from an oriented biaxial surface(1987)7 cited
- → Polarization direction characters of local electric field around dielectric coated gold nanowire(2007)6 cited
- → Multiple-beam interferometric studies on oscillating quartz crystals(1958)10 cited