Videopulse bleeding in axially excited chiral sculptured thin films in the Bragg regime
JB Geddes III, A Lakhtakia - The European Physical Journal-Applied …, 2002 - cambridge.org
The European Physical Journal-Applied Physics, 2002•cambridge.org
The reflection and transmission of optical videopulses incident axially upon a slab of a chiral
sculptured thin film (STF) is studied using a finite-difference simulation in the time domain.
Videopulse bleeding is shown to occur when the handedness of the carrier plane wave
matches the structural handedness of the chiral STF and the carrier wavelength lies in the
Bragg regime.
sculptured thin film (STF) is studied using a finite-difference simulation in the time domain.
Videopulse bleeding is shown to occur when the handedness of the carrier plane wave
matches the structural handedness of the chiral STF and the carrier wavelength lies in the
Bragg regime.
The reflection and transmission of optical videopulses incident axially upon a slab of a chiral sculptured thin film (STF) is studied using a finite-difference simulation in the time domain. Videopulse bleeding is shown to occur when the handedness of the carrier plane wave matches the structural handedness of the chiral STF and the carrier wavelength lies in the Bragg regime.
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