Photosensitivity of holographic recording media based on films of polymer compositions with cadmium sulfide nanoparticles

Phosphorescence of the π‐conjugated Polymers with Complex Forming C60Fullerenes During Irradiation

“…However, the proper absorption of these semiconductors had been accomplished within a narrow optical range; therefore, their photosensitivity is insignificant. Increasing the photosensitivity causing an increase of the photoconductivity and other photosensitive characteristics also is achieved by the creation upon the basis of a new molecular semiconductor composites formed due to the photoconductive effect of electron-hole pairs (1)(2)(3)(4), which possess the high separation sensitization of the of the p-n transitions. The impurities, which absorb light in the visible region are the centers of the charge carriers photogeneration, are usually used as a components of such composites.…”

Recent Advances in Design and Synthesis of 1,3-Thiaselenolane and 1,3-Thiaselenole Derivatives

“…Film composites based on linear and branched polymers containing the 1,3-thiaselenole ring in their structure exhibit photoconductivity [32,33] and can be used as efficient recording media [34,35]. Materials based on 1,3-diselenafulvene derivatives and their analogues show magnetic [36][37][38][39], conductive [40][41][42], and optical properties [43][44][45] (Figure 2) and can find a large number of technological applications [46,47].…”