DESCRIPTION:
Recording media based on CHF are characterized by an extremely high resolution (at the nanometer level), a wide spectral sensitivity range (visible region, UV, X-ray radiation, electron and ion fluxes). When manufacturing holographic optical, kinoforms, diffractive elements, optical security elements on their basis, they provide high-quality relief images, which makes it possible to obtain high-performance characteristics of such elements; in the manufacture of optical discs, they provide a high density of information recording.
ADVANTAGES:
The development is at the level of modern existing analogues and provides an opportunity for further improvement of characteristics. The technology of obtaining holographic optical, kinoform, diffractive elements, optical security elements provides high-performance characteristics of such elements, for example, the parameters of diffraction gratings are close to the theoretical limit, and the information recording density is at the modern level and the resolution at the nanometer level provides the possibility of a significant further increase in the recording density.
PURPOSE:
Optics, optoelectronics, recording, storage and transmission of information, recording media based on CHS for the manufacture of holographic optical, kinoforms, diffractive elements, optical disks, optical protective elements.
AREA:
Optics, optoelectronics, recording, storage and transmission of information.
RESULTS:
Provides consistent results.
READINESS:
Ready for implementation.
TRANSFER:
Sale of patents. Collaborative industrialization.
NOVELTY:
2 patents of Ukraine.