We present a series of novel, unconventional optical techniques that are capable of performing measurements of low and ultra-low angle scattered light, and are therefore of potential interest for colloid physics and complex fluids in general. These techniques determine the angular intensity distribution through a spatial frequency spectral analysis of the signal recorded in the near field of the scattered light. Experimental results and a comparative discussion of these techniques are presented.

Giglio, M., Brogioli, D., Potenza, M., Vailati, A. (2004). Near field scattering. PHYSICAL CHEMISTRY CHEMICAL PHYSICS, 6(7), 1547-1550 [10.1039/b314600f].

Near field scattering

BROGIOLI, DORIANO COSTANTINO;
2004

Abstract

We present a series of novel, unconventional optical techniques that are capable of performing measurements of low and ultra-low angle scattered light, and are therefore of potential interest for colloid physics and complex fluids in general. These techniques determine the angular intensity distribution through a spatial frequency spectral analysis of the signal recorded in the near field of the scattered light. Experimental results and a comparative discussion of these techniques are presented.
Articolo in rivista - Articolo scientifico
near field scattering, ottica
English
1547
1550
4
Giglio, M., Brogioli, D., Potenza, M., Vailati, A. (2004). Near field scattering. PHYSICAL CHEMISTRY CHEMICAL PHYSICS, 6(7), 1547-1550 [10.1039/b314600f].
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10281/36530
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