XIII International Scientific Conference «Electronics and Applied Physics»

24 Oct 2017, 09:00 → 27 Oct 2017, 18:00 Europe/Kiev

Faculty of Radio Physics, Electronics and Computer Systems

Dear Colleagues! Photos and Electronic Book of Proceedings will be distributed on October 30/31!

Researchers, professors, post-graduate students and students working in the field of Applied Physics and Electronics are invited to participate in the Conference. The leading scientists will give lectures on plenary sessions. The reports will be lectured in the sections. The Conference Proceedings will be published.

Participants, who will present reports in sections, can publish expanded proceedings in the journal «Bulletin of Kyiv National Taras Shevchenko University Radio Physics and Electronics». For questions about guidelines and publication contact with Organizers, or T. V. Rodionova (lab. 209, rodtv@univ.kiev.ua).

poster_aphys.pdf

poster-aphys-print.pdf

Tuesday, 24 October

09:00 → 14:00 Registration

Wednesday, 25 October

09:00 → 12:15 Registration

12:30 → 13:00 ASUS | Technology | Products

Speaker: Mr Ievgen Shelevey (ASUS Inc.)

13:00 → 13:30 EPAM: Engineer Culture as a Formula of Carrier Success

Speaker: Dr Maxim Pachabut (EPAM Ukraine)

13:30 → 14:00 ROMSAT: From RPD to FRECS

Speaker: Mr Maksym Vodolaz'kyi (ROMSAT)

14:00 → 14:30 Coffe break/Lunch

14:30 → 17:00 Medical Physics

14:30 → 17:00 Polarimetry: Theory and Applications

14:30 EIGENPOLARIZATIONS ORTHOGONALITY CONDITIONS OF HOMOGENEOUS ANISOTROPIC MEDIA IN TERMS OF THE POLAR DECOMPOSITION THEOREM

The eigenpolarizations orthogonality conditions for homogeneous anisotropic media which Mueller matrix describes by the right and left polar forms have been obtained. The features of the relation between parameters of phase and amplitude anisotropy at which the eigenpolarizations are orthogonal have been analyzed. The Mueller matrix of arbitrary homogeneous anisotropic media with orthogonal eigenpolarizations in terms of the polar decomposition theorem was found. The identity of Mueller matrices for the right and left polar forms in the case of orthogonal eigenpolarizations has been shown.

Speaker: Mr Roman Kurylenko

14:45 MATHEMATICAL MODEL OF AIRCRAFT LANDING WITH THE USE OF POLARIMETRIC MEASUREMENT SYSTEM

The paper deal with the questions of developing the mathematical model of aircraft landing with the use of polarimetric landing system. The paper describe process scheme of aircraft landing and the dependencies that describe the relationship between the measured polarimetric parameters and the parameters that describe the aircraft attitude and its deviation from the landing trajectory.

Speaker: Arsen Klochan

15:00 POLARIZATION PROPERTIES OF ANISOTROPIC MEDIA WITH SINGULAR EIGENPOLARIZATION: GENERALIZED MATRIX EQUIVALANCE THEOREME APPROACH

The polarimetric inverse spectral problem for class of media with singular eigenpolarizations (linear and circular) in terms of Generalized equivalence theorem approach was solved. The cases of phase and amplitude eigenvalues were considered. Two different bases of Generalized equivalence theorem were observed. The types of anisotropy and the values of anisotropy parameters that provide the specified cases of singular eigenpolarizations were determined.

Speaker: Mr A.O. Sitnichenko (Taras Shevchenko National University of Kyiv)

15:15 POLARIMETRIC MODELING AND CALIBRATION OF THE MULTI-SPECTRAL IMAGER POLARIMETER (MSIP) FOR AEROSOL-UA SPACE MISSION

We develop the polarimetric model and ground-based calibration approach for the multi-spectral imager-polarimeter (MSIP), which is one of the two main instruments for the Aerosol-UA space mission [1]. MSIP is a polarimeter that serves to retrieve the optical and physical characteristics of the aerosol, as well as the cloud parameters with wide field of view. MSIP will perform measurements of three Stokes parameters I, U, Q of the atmosphere and Earth-scattered solar radiation from a Sun-synchronous orbit in three spectral channels with polarization (410, 555 and 865 nm) and two channels without polarization that splitted to eight wavebands (410, 443, 470, 490, 555, 670, 865, and 910 nm).To describe polarization systems,we use self-consistent Stokes-Mueller formalism.

Speaker: Dr Ye. А. Oberemok (Taras Shevchenko National University of Kyiv)

15:30 The eigenvalue method for calibration of Mueller-polarimeter on LCD cells

In this work the eigenvalue method for calibration of Mueller-polarimeters is described. This method is completely mathematical and abstracted from the physical nature of the polarization state generator (PSG) and the polarimeter (analyser, PSA). In this method, the PSG and the polarimeter are represented by their hardware
4×4 matrices W and A , respectively, and their 32 coefficients are determined from three or four measurements performed on reference samples. Those references are smooth isotropic samples and perfect linear polarizers. Their optical characteristics are unambiguously determined during the calibration from the eigenvalues of the measured matrices.

Speaker: Pavlo Ryabokrys

14:30 → 17:00 Radio Engineering and Communication

Thursday, 26 October

09:00 → 10:30 Registration

10:40 → 11:30 Discovery and Detection of Gravitational Waves

Speaker: Prof. Valery Zhdanov (Taras Shevchenko National University of Kyiv)

11:30 → 12:20 Vacuum Microwave Electronics in Ukraine and the Prospects for its Development

Speaker: Dr Valentyn Dzyuba (GE Factory “Generator”)

12:20 → 12:50 Coffe/Lunch

12:50 → 14:00 Posters/Coffee

14:00 → 16:30 Computer Engineering

14:00 → 16:30 Laser Physics and Optoelectronics

14:00 → 16:30 Physics of Magnetism

16:30 → 19:00 Social Program

Friday, 27 October

09:00 → 10:30 Registration

10:30 → 12:30 Physics of Semiconductors and Dielectrics, Semiconductor’s Devices

10:30 → 12:30 Plasma Physics

10:30 → 12:30 Surface Physics, Nano- and Microelectronics

12:30 → 13:00 Coffee/Lunch

13:00 → 15:00 Physics of Semiconductors and Dielectrics, Semiconductor’s Devices

13:00 → 15:00 Plasma Physics

13:00 → 15:00 Surface Physics, Nano- and Microelectronics

15:00 → 15:30 Registration: Closing Ceremony

15:30 → 18:00 Social Program: Closing Party