International higher education cooperation under conditions of fuzzy terminology: intellectual mobility vector

Terminology analysis of higher education internationalization process concerning joint educational programs is fulfilled. Fuzziness of used terminology is demonstrated. Joint higher education establishments development in the framework of fractal model is suggested as a strategic direction of higher education internationalization, enhancement of its quality and a concept of effective intellectual mobility

Directions of perfection of development of bitumen deposits on the basis of geothermal modelling layers

In clause the opportunity of increase of efficiency of thermal influence on the bitumen layers, described is considered by a complex structure. Results of modelling of thermal influence on layers described are resulted by a complex structure. Results of modelling of thermal influence on layers with spreading water are resulted. The opportunity of optimization of system of development of a deposit on the basis of regulation of input of the heat-carrier and a grid of chinks with reference to concrete is considered

Long-range exciton transport in brightly fluorescent furan/phenylene co-oligomer crystals

The design of light-emitting crystalline organic semiconductors for optoelectronic applications requires a thorough understanding of the singlet exciton transport process. In this study, we show that the singlet exciton diffusion length in a promising semiconductor crystal based on furan/phenylene co-oligomers is 24 nm. To achieve this, we employed the photoluminescence quenching technique using a specially synthesized quencher, which is a long furan/phenylene co-oligomer that was facilely implanted into the host crystal lattice. Extensive Monte-Carlo simulations, exciton-exciton annihilation experiments and numerical modelling fully supported our findings. We further demonstrated the high potential of the furan/phenylene co-oligomer crystals for light-emitting applications by fabricating solution-processed organic light emitting transistors

EVALUATION OF THE INTERNAL ENERGY RUSSIAN PEOPLE DURING 1905-1917

The article describes in chronological order the accumulated «negative» entropy indices of the Russian people from 1900 to 1917, which led to the 1917 revolution. The revolution in Russia was caused by the negative change of the society’s internal energy and inadequate regulation actions of the tsarist autocracy. The government swiftly destroyed the patriarchal structure that was built for centuries and did not offer any better solutions, which led to the deterioration of the economic state of the nation. People, tired of war, did not accept slogan of the elite - «fight to the finish». Even the military elite conspired to overthrow the autocracy, while the part that backed the government - White movement - was unsuccessful both in the revolution and the civil war. The February Revolution of 1917 is not the result of the Bolsheviks’ victory, but the conspiracy of generals. Analytical calculations of the entropy indices as a «chaos» theory proves the incontestability of these events

Directions of perfection of development of bitumen deposits on the basis of geothermal modelling layers

In clause the opportunity of increase of efficiency of thermal influence on the bitumen layers, described is considered by a complex structure. Results of modelling of thermal influence on layers described are resulted by a complex structure. Results of modelling of thermal influence on layers with spreading water are resulted. The opportunity of optimization of system of development of a deposit on the basis of regulation of input of the heat-carrier and a grid of chinks with reference to concrete is considered

Directions of perfection of development of bitumen deposits on the basis of geothermal modelling layers

In clause the opportunity of increase of efficiency of thermal influence on the bitumen layers, described is considered by a complex structure. Results of modelling of thermal influence on layers described are resulted by a complex structure. Results of modelling of thermal influence on layers with spreading water are resulted. The opportunity of optimization of system of development of a deposit on the basis of regulation of input of the heat-carrier and a grid of chinks with reference to concrete is considered

Directions of perfection of development of bitumen deposits on the basis of geothermal modelling layers

In clause the opportunity of increase of efficiency of thermal influence on the bitumen layers, described is considered by a complex structure. Results of modelling of thermal influence on layers described are resulted by a complex structure. Results of modelling of thermal influence on layers with spreading water are resulted. The opportunity of optimization of system of development of a deposit on the basis of regulation of input of the heat-carrier and a grid of chinks with reference to concrete is considered

Molecular Self-Doping Controls Luminescence of Pure Organic Single Crystals

Organic optoelectronics calls for materials combining bright luminescence and efficient charge transport. The former is readily achieved in isolated molecules, while the latter requires strong molecular aggregation, which usually quenches luminescence. This hurdle is generally resolved by doping the host material with highly luminescent molecules collecting the excitation energy from the host. Here, a novel concept of molecular self-doping is introduced in which a higher luminescent dopant emerges as a minute-amount byproduct during the host material synthesis. As a one-stage process, self-doping is more advantageous than widely used external doping. The concept is proved on thiophene-phenylene cooligomers (TPCO) consisting of four (host) and six (dopant) conjugated rings. It is shown tha

CCDC 1851983: Experimental Crystal Structure Determination

Related Article: Artur A. Mannanov, Maxim S. Kazantsev, Anatoly D. Kuimov, Vladislav G. Konstantinov, Dmitry I. Dominskiy, Vasiliy A. Trukhanov, Daniil S. Anisimov, Nikita V. Gultikov, Vladimir V. Bruevich, Igor P. Koskin, Alina A. Sonina, Tatyana V. Rybalova, Inna K. Shundrina, Evgeny A. Mostovich, Dmitry Yu. Paraschuk, Maxim S. Pshenichnikov|2019|J.Mater.Chem.C|7|60|doi:10.1039/c8tc04151