We study the interaction between a nanoparticle and the surface of a solid in the framework
of the local-field method. Assuming that the nanoparticle is characterized by a finite …

Nanoparticles smaller than 100 nm have been developed and used in the chemical
mechanical polishing (CMP) process to planarize a substrate surface in the semiconductor …

The nanoparticle phenomena concern three-dimensional motion in a fluid in which the
nanoparticles move at ultra-high-speed with Brownian motion. However, current commercial …

Immunoassays on nanopatterned chips through TIRS detection based on reconstructing the
three dimensional position provided a nanoscale accuracy of the lateral resolution by using …

The nanoparticle is popularly used for chemical mechanical polishing process (CMP) in
semiconductor industry. There are many unknown phenomena in nanoparticles moving …

Some nanoscale technologies are being employed without a full understanding of the
underlying phenomena. Both static and dynamic observations of nanoparticles are essential …

To understand the nanoparticle motion behaviours on a surface, we have studied to
investigate the three-dimension tracking of an individual nanoparticle with nanometre …

The surface plasmon polariton scattering by nanowire was considered. The intensity of
scattered light by nanowire calculation was proposed. Calculation is performed using …

The surface plasmon polariton scattering by nanoparticle was considered in the frame of
approach based on the effective susceptibility concept. The main feature of the approach is …

The theoretical aspects of visualization of nano-objects by scattering of surface plasmon-
polariton are discussed in the frame of local-field approach. It was shown that the image …