optiset ominaisuudet

name

• optiset ominaisuudet

Works about optiset ominaisuudet

• Adsorption of softwood-derived organic material onto various fillers during papermaking
• Applications of dynamic speckles in optical sensing
• Automated water quality monitoring of humic lakes by using the optical properties of water
• Boundary integral operators in linear and second-order nonlinear nano-optics
• Brightness reduction of peroxide-bleached mechanical pulp and fillers in the wet end of a paper machine
• Computational modeling of the properties of TiO₂ nanoparticles
• Computer modeling of light scattering by atmospheric dust particles with spheroids and ellipsoids
• Effects of black carbon and Icelandic dust on snow albedo, melt and density
• Electronic and vibrational spectroscopic studies of gold-nanoclusters
• Goniospectrometric analysis of optically complex samples : a study on diffraction gratings, optically variable devices, and coatings with special effect pigments
• Image reconstruction with error modelling in diffuse optical tomography
• Influence of vacancy defects on the optical properties of natural diamond and aluminium nitride
• Leaf optical properties and dynamics of photosynthetic activity
• Nanostructures for photonic applications
• Novel aspects of second-harmonic generation from thin films and surfaces
• On optical and physical properties of sea ice in the Baltic Sea
• On the refractive index contrast modification in paper and printing applications : studies with fillers and coating pigments
• Optical nanostructures for biological fluorescence and Raman measurements : conceptions on multifunctional sample surfaces
• Optical properties of atmospheric aerosols using filter-based absorption photometers
• Optical properties of conductive carbon-based nanomaterials
• Phase structure and surface morphology effects on the optical properties of nanocrystalline PZT thin films
• Porous silicon optical filters in gas sensing applications
• Studies on coherence and purity of electromagnetic fields
• Study on soot and other refractory components from various combustion processes
• Theoretical description and design of optical nanomaterials
• Theoretical studies of optical transitions in semiconductor quantum structures
• Use of reflectance measurements to study turbid media by imaging