We have developed a simple in-situ method for measuring the size distribution (the mean
size (mean diameter) and size dispersion) of nano-particles generated in reactive plasmas …

ABSTRACT A laser-induced breakdown spectrometer (LIBS) was developed for determining
the elemental composition of individual airborne particles. The system employs two lasers …

The formation of carbon nanoparticles in low pressure magnetized H2/CH4 and H2/C2H2
plasmas is investigated using infrared quantum cascade laser absorption, mass …

The effects of particle size on the agglomeration and spatial distribution of dust particles in
unitary and binary dusty systems were experimentally studied. The agglomeration process …

Time-dependent behavior of particles measured using the laser light scattering method in a
remote silane plasma has been investigated using both optical emission spectroscopy and …

Spatial distribution, growth, and morphology of the nanoparticle were investigated in the
plasmas with relatively low and high ion densities. Our experimental results reveal that …

Adhesion is the attraction between two surfaces of material resulting from the intermolecular
forces that establish between them.[1] Today, it would be difficult to imagine many …

Time-resolved, in-situ and non-intrusive dust diagnostics is required in many plasma
applications, not only in processing plasmas but also in tokamak plasmas, and laser-based …