Polarimetry of high information capacity intellectual and products based on it

Work number - P 14 FILED

Authors:

BeketovG.V.,KlimovA.S.,MatyashI.E.,OberemokE.A.,RudenkoS.P.,SavenkovS.N., SamoilovA.V., SerdegaB.K.,UsheninY.V.,ShirshovY.M.

Presented by the Institute of Semiconductor Physics. V. Lashkarev NAS Ukraine

Series of scientific papers consists of 11 monographs and 135 scientific papers published over 25 years.

Theoretical and experimental foundations of modern scientific and technical direction - polarimetry high informative capacity, which has included three components: registration Stokes components that characterize the state of polarization after interaction with matter , establishing Mueller matrix components and determine appropriate relationships between them , which as a " black box " containing information about the dielectric properties of the sample , development and creation of physical devices metrological purpose based on polarization effects and biological sensor systems based on the phenomenon of surface plasmon resonance.

Highly ability polarimetry is : the ability to use it for virtually unlimited set of objects of study in all states of aggregation using the properties of polarized radiation in a significant (5 ÷ 6 orders of magnitude) the dynamic range of the measured values ​​of the Stokes component , in the spatial distribution of variables Mueller matrix elements ( Mueller- imaging) research object , a wide range of applications designed medykobiolohichnyh devices.

Results cycle have significance for many of the industry of science (physics, chemistry, biology, medicine), appliances (instrument-making), technology (engineering) and high Education (laboratory practical work for special courses).

The results of the studies are provided in 177 publications, including 11 monographs, 135 papers in refereed journals (including 71 articles published in 26 international journals). According to Scopus database the papers of authors of work, cited in 108 journals and total citation index of these publications is 331, h-index = 9. Obtained 31 patents. Reserved 1 doctoral and 11 Ph.D. thesis on the subject .