Publications on the project |
091 Method of an intensification of process of reception liposome nanostructure by discrete-pulse introduction of energy |
Authors: | L. Avdeeva | |
Summary: | The use of high-pressure valve homogenizators and rotor-pulsating cylindrical machines in homogenization of a phosphor-lipid water solution is analysed. Intensification of the liposome nanostructures formation process as the result of using rotor-pulsating machines is proposed. Influence of processing cyclicity on homogenization quality is determined. | |
Keywords: | | |
Edition: | International scientific and applied journal "Industrial heat engineering" | | | 2010,
,Ukrainian |
091 OPTIMIZATION OF HEAT-MASS-EXCHANGING MODES IN FORMATION OF NANOSTRUCTURES |
Authors: | L. Avdeeva | |
Summary: | The possibility of control of phosphor-lipid nanostructure
formation mechanism under conditions of dissipative state
of heterogeneous system due to discrete-impulse energy
introduction into rotor-pulsating devices is examined. As a
result the optimal heat-mass-exchange processing regimes
of complex heterogeneous environments representing phosp
holipids water solution are determined. | |
Keywords: | technology, heat-mass-exchanging modes, nanostructures, rotary-pulsation device, dispergation. | |
Edition: | | | | 2010,
,Ukrainian |
091 Studying the properties of phospholipid nanostructures obtained as a result of using the effect of discrete-pulsing introduction of energy |
Authors: | A. A. Dolinskiy, N. O. Sharkova, L. Yu. Avdeyeva, O. Yu. Chunikhin
| |
Summary: | The experimental results on the influence of some heat mass exchange and hydrothermal parameters on the properties of phospholipid nanostructures obtained as a result of using the effect of discrete-pulsing introduction of energy are presented. | |
Keywords: | | |
Edition: | | | | 2011,
,Ukrainian |
091 THE PROPERTIES AND THE WAY OF OBTAINING OF THE VESICULAR NANOSYSTEMS FROM PHOSPHOLIPIDS |
Authors: | Sharkova N.O., Avdyeyeva L.Yu., Zhukotsky E.K. | |
Summary: | | |
Keywords: | | |
Edition: | | | | 2011,
,Ukrainian |
091 Application of hydrodynamic cavitation in technological process of phospholipid nanostructures |
Authors: | Avdeev L, Ivanitskii G | |
Summary: | | |
Keywords: | | |
Edition: | MODERN SCIENCE COLLECTION OF RESEARCH PAPERS | | | 2011,
,Russian |
091 Influence of carbohydrates and albuminous structuring additives on the kinetics of drying drops |
Authors: | Avdeev, L ; Zhukotskii, E ; Turchina, T ; Kostyanets, L ; Tkachenko, A | |
Summary: | Influence of structuring additives on the kinetics of drying drops of phosphor lipid suspense and adhesive properties of dried particles is studied | |
Keywords: | | |
Edition: | International scientific and applied journal "Industrial heat engineering" | | | 2012,
,Russian |
091 THE USE OF THE METHOD OF DISCRETE-PULSE INPUT ENERGY IN FORMATION OF DRUGS WITH LIPID VESICULAR NANOSTRUCTURES |
Authors: | Dolinsky AA, Avdieieva LY, Sharkove N.O. | |
Summary: | | |
Keywords: | | |
Edition: | | | | 2013,
,Russian |
091 MODELING OF PHOSPHOLIPID VESICULAR NANOSTRUCTURE FORMATION PROCESS |
Authors: | L.Yu. Avdieieva , A. Yu. Chunikhin | |
Summary: | This paper presents the results of mathematical modeling of the formation of vesicular structures from phospholipids under influence of mechanisms of discrete pulsed introduction of energy. The hybrid functional Petri net was used in the modeling process. It allows to combine the original conditions of the process (temperature, concentration of material, etc.) and features of the processing equipment (such as DIVE-activator rotor revolution frequency, etc.) in the mathematical model.
| |
Keywords: | discrete-input pulse energy, dispersion, lipid vesicle nanostructure, mathematical modeling, hybrid
functional Petri net | |
Edition: | | | | 2013,
,Russian |
The events in the framework of the project |
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091 5. Nanobiotechnology Purpose: Expected results:Issue of new types of products: methods, theories Stage 1: Stage 2: Stage 3: Stage 4: Stage 5:
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