Research objects: contactless ferromagnetic transformations with distributions of magnetic parameters CFT and devised of non-destroyed control of quality of industrial production and functioning of technical processes expansion of controlling scopes, mathematical models of the main characteristic, the sources of errors effective and multifunctional ferromagnetic transformations and processes of their projection.
Purpose of work: theoretical generalization and development of methods of originated of contactless ferromagnetic transformations with distributions of magnetic parameters with the purpose of creation of contactless ferromagnetic transformations with distributed of magnetic parameters with the purpose of rise effectiveness and broadening of functional possibility of contactless ferromagnetic transformations and functioning technical process for the system of control and management.
Research methods: analytical and experiment methods and methods of structural schemes, theory of automatic management, theory of measuring transformers, theory of errors and operator method.
Got results and their novelty: generalized principles of construction of CFT of contactless ferromagnetic transformations with distributed magnetic parameters devices of non-destroyed control of quality production and technological processes, classified and exposed the generalized structural schemes and methods of improvement of main basic description of CFT allowing to receive 21 of author’s certifications for inventions: developed and explored new constructions and their mathematical models, were offered with the calculation of non - linear of crooked magnetized, distributed magnetic parameters and constructive features of different types CFT. The static and dynamic models are worked out which allow to analyze all basic exact characteristics and it was worked out a method of heuristic structural synthes of CFT on the basic of counts models of combination of socialized methods, and graphical models improving of their main characteristics, introduce order scheme of priority of main elements with the calculation of a requirement introduced by systems of control and management, the method of the parametrical planning of CFT is developed with the use of computer which allows to choose optimum parameters.
Practical value: developing in the dissertation general principles of construction CFT allow to analyses existing and to develop new patent ability constructions. CFT of non-destroyed control of quality. Worked out methods of analysis and synthesis of distributing of magnetic stream in integration. Can be used for research development of new high effective and multifunctional and non - destroyed of contactless transformation and devices and transformers of velocity on base of CFT too. Given in account in the dissertation allow to make a preliminary choice of structure and according to small and general elements CFT, calculation their main characteristics and to work out CFT having enlarged controlled diapason in main elements and mass, technological construction lowered material capacity and cost galvanic out come between coming into and out of chains and raised exactness because of diminution of errors from influence of external magnetic fields of neighboring tires with current and from displacement tires from the centre window CFT and possibility of fixed regulations of sensibleness in a broad diapason transformed CFT and flexible integration contour for heavy external environment of CTF, devised in different systems of control and management with the help of leading to formulas graphs and programs of calculation on computer.
Degree of introduction and economic efficiency: worked out CFT and devices of non-destroyed control of quality of industrial production and functioning of technical processes and transformation of velocity of rotation of engines are inculated by small series in systems of automatized electro wires - drawing machines and in SAM of main drivers of rolling - mills 600, 1000 and 1200 and vacuum arched stoves at the UzHAW (Uzbek hard alloys metals) in S of AR of current of load of electrolysis baths SC “Electrokimesanoat” and Moscow scientific - research Institute of chlorine industry (Russia) in straightened terristorical establishments in Almalick metallurgical plant in main drive and rolling - mill 850 at Serov metallurgical plant( Serov Russia) in the system of nutrition focusing and rotary electromagnetic of accelerators of elementary fractions in common works with SRI of energetics and automation of AS of republik Uzbekistan, in Chirchik EKB of A SU in chemical automation in ore thermal of AS of M of IJ of production of yellow phosphorus of Shimkent PJ (Kazakhstan) and OJSC of “ChTP”, Plant “Deka”, OJSC “UzHAW”, Chirchik AEN, OJSC “Uzbekkimemash”, OJSC of Megaluxe Trait so on. An economic effect from realization of developments makes 18.43 mln sum at present time.
Application domain: drawn on results of researches and developments can be widely used in working out of light non - destructive contactless as stationary as portable CFT for the very different system of control and management with application in some cases of micro processes in chemical industry colour and black metallurgy in electro machine - building and in electro apparatus - building in manufacturing industry in electrical transport and etc.
