Powerful self-reactance emitter of sound of mobile type which creates the voice field of high intensity on the set distance and in the narrow sector of corners that technology of forming of the acoustic field by the use of багатоелементних фазованих arrays. The effective ultrasonic transformers of flexural and electrostatic types which can be a base for creation of багатоелементної powerful HEADLIGHTS are developed. Acoustic pressure is got from the 1th emitter (125 – 135) of дБ in the distance a 1 mcode, what fully sufficiently for creation of багатоелементної HEADLIGHTS.

Set of diagnostic information and diagnostic complex for control of the process of manufacturing parts high-precision instruments is creative.

Offered a new method for rapid analysis of the process of machining parts high-precision instrument, which is to assess the vibration and electromagnetic components of dynamics processing materials, providing the possibility of predicting critical or emergency process in automated manufacturing.

The classification of sheet metal processes and cold forging processes was made, the expediency of developing of new ways of forming which provide the productivity of manufacturing and the reliability and durability of produced products were grounded.

Multiprobiotic drug was created on a base of 5 strains of bacteria p. Lactobacillus. The product is characterized by high antagonistic activity in point of pathogenic and conditionally pathogenic bacteria, ability to adhesion of epithelial cells of the intestinal mucosa and resistance to aggressive gastrointestinal mediums. Probiotic is showed antimutagenic and antiherpetic activity, immunological regulations and involved in metabolism of bile and gonadal hormones.

Proposed new structure of the patented DSP-audiometr, and developed its new Simulink-based model, which is provided and playback keys (in the range from 125 Hz to 16 kHz), broadband and narrowband test stimulus, and the implementation of a number of above-threshold procedures (tests Fowler, Lusher, SISI and Stenger).

The influence of the kinetic parameters of the process of directional solidification from the melt and directional sintering in the dispersed state, crystal chemistry and diffusion properties of the initial components, energy parameters of elastic waves, the nature of alloying components on the structural and geometric characteristics of the phase components of ceramic composite materials are investigated.

The method of determination of parameters of clinical focus of presbiopic eye is based on the analysis of three-dimensional distribution of luminosity in the zone of geometrical back focus of the optical system of eye.

In theory obgruntuvani possibilities of complex satiation of staley and alloys by titan, chrome, vanadium, nitrogen, carbon, set conformities to law and features of forming on-the-spot of wares of multi-layered coverages with a heterogeneous structure on the basis of carbides, nitridiv, oxides of transitional metals, aluminium, with the high complex of physical, mechanical and chemical properties for the increase of production indexes of details of machines, instruments, rigging.

The main scientific and technical idea of work consists in complex use of the combined temperature elastic deformed method of devulcanization by compression of the crushed rubber waste with simultaneous shift and deleting at separate temperatures, and also development of the advanced patento-protected design of the equipment for realization to the process of devulcanization of the crushed worn-out tires and rubber products and receiving high-quality powder and a crumb which could be used in its pure form to the process re-vulcanized rubber as a supplement to, and for receiving other composi

Created an electrochemical gas sensor NTUU "KPI" for determining hydrogen sulfide, which endowed of high resolution and selectivity and can be use for manufacturing automation, quality control, safety, security and anticorrosive protection of the environment. Made a set of theoretical and experimental studies to determine the kinetic parameters of the redox reactions and mass transfer in electrochemical systems is based on solid and electrolyte matrix to enhance the selectivity and resolution and cost savings generated by sensors.