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We demonstrated the fabrication of complex nanostructured InP membranes with porous compact packed structure that have been cut during electrochemical etching in the same anodic process. The membranes were filled with optically transparent compounds. We considered the covering of the nanoporous film and filling the pores with polymers imprinted with nano metallic particles in order to stabilize and...
It is shown experimentally and theoretically that electromagnetic interaction of a nanoparticle with a flat dielectric surface leads to occurrence of an additional peak in the spectrum of Rayleigh scattering which is due to the contribution from quadrupole components in addition to the dipole ones. The experiments were performed for silver nanoparticles placed on a GaP surface as well as inside a...
Porous n-InP membranes with (111) crystallographic orientation have been filled in with Zn(C3N2(C6H5)2NO2)2(CH3OH)2 monomer. Experimental study and simulations based on FEMs (Finite Element Model) show that the obtained nanocomposite material is promising for nonlinear optical applications, in particular for the development of Terahertz emitters.
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