Photonic crystals are artificial structures with a spatial periodicity of dielectric permittivity on
the wavelength scale. This feature results in a spectral region over which no light can …

In the present era of optoelectronics devices, the low-cost, ultra-thin and transparent
materials with tunable electronics and optoelectronics properties are in huge demand. The …

Further development in the field of creating elements of nanophotonics and diffractive
microoptics with new functional properties requires the improvement of technologies for …

Single-and double-beam formation of diffraction microstructures in carbazole-containing
azopolymer films is presented. The possibility of recording single microroughnesses by a …

The problem with existing flow meters is a relatively high measurement error, which is
associated with a lack of information on the flow profile. In order to create a reference device …

The development of piezoelectric and optical elements from microcells was carried out and
models were prepared for printing on a 3D printer. These designs can be practically used as …

Представлено одно-и двулучевое формирование дифракционных микроструктур в
пленках карбазолсодержащего азополимера. Показана возможность записи …

The work is devoted to the problem of three-dimensional models of flow profiles in the
hydrodynamic system's channels restorating. A multichannel ultrasonic flow meter based on …

3D models of piezoelectric and optical elements which assembled from microstructures of a
certain geometry were developed. These models were prepared for printing on a 3D printer …

Different technologies for formation of 2-and 3 dimensional optical micro-and
nanostructures: 2-photon polymerization technology, laser ablation of substrate surface …