Abstract
The scattering and absorption sections of cylinder- and sheet-shaped
particles in a binder have been investigated. The IR emittance of a coating
layer composed of randomly arrayed particles embedded in the binder has been
calculated in terms of the size of the particles, the volume fraction occupied
by the particles, and the complex refractive indices of the particle and the
binder as well as the emittance of the substrate. The calculation shows that
the inhomogeneous medium including sheet-shaped particles can have lower
emittance than that including cylinder- or sphere-shaped
particles.
© 1997 Optical Society of America
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