Essence of development consists in creation of new optical method and mean of continuous technological control of humidity of cellulose paper materials in the conditions of high temperatures of production on the base of researches of descriptions of admission and absorption in an infra-red range.
Created: technical proposals for making new control and measuring system to support ultra-high precision manufacturing of parts in the instrument-making industry, which provides precision machining of metal and extension of the automated milling equipment with CNC type CNC; new integrated control and measuring tools, the use of which enhances the precision coordinate measurement surface touching the tool to the workpiece during processing due regard to spatial errors, which allows a significant reduction of process cycle measurement; principles for determining the dynamic loads on equipment
The main idea of the scientific and technical work is that based on the analysis of operation of cast parts, made of steel with a high chromium content and used at high temperatures, corrosive media and corrosion, own research findings, influence of chromium on the structure and properties of iron, its definition the best content in the metal, which would provide the necessary structure and properties, smelting technology and the creation of the necessary conditions of crystallization in the form given its properties.
This work is devoted to research of nanomaterials and nanostructures for creation of super-high speed and THz micro- and nanoelectronics components. Using of III-nitride wide gap materials opens new possibilities for creation on their basis low-dimensional semiconductor structures, which combine possibilities to get more fast-acting and more powerful electronic devices in comparison with existent A3B5 devices.
Based on advanced DSP and "Network-on-Chip" (NoC) technology the measuring and computing tracts of portable the multifunctional objective auditory screening system intended to diagnose in the early stages of hearing impairment in children's contingent subjects, including infants, by methods multifrequency tympanometry, acoustic reflexometry and otoacoustic emissions developed.
The overall fundamental problem to be solved by the project is the development of mathematical models and methods of hierarchical planning and decision making in a complex organizational and production systems with network representation of technological processes and limited resources.
The process of the pulse of rock destruction is carried out with the adaptation of the parameters of the face, the adaptation is achieved by selecting the number and location of the mass of the impactor changes in the active sites of power elements, increase low frequency pressure in the hydraulic drive, automated control of hydraulically geotechnical complex, allowing for 10 ... 15% increase efficiency pulse break the rock.
The resource-saving and ecologically cleaner technologies of obtaining pulp from the stems of agricultural plants were developed. Chemical composition and microscopic structure of representatives of Ukrainian plants were identified. Influence of basic technological parameters of obtained pulp by different methods of delignification on their indexes of quality. New methodology of efficiency comparison of domestic non-woody plant materials delignification processes is offered.
Was created new resource-saving technology of recycling of production waste into marketable products. Obtained complex aluminous and ferruginous coagulant with titan impurity, which is the starting reagent in water treatment technology.
Created electrochemical hydrogen sulfide source microflow (EIMS) based on cells with electrolyte matrix and composite sulfide electrodes. Cell is characterized by close to 100% and to stable current output, which were resolved following tasks:
