Development of the passive thermal control systems with heat pipes for the typical tasks of space instrument-making

Розроблений принцип забезпечення температури оптичного приймача 1 нижче 233 К з використанням двох  термодіодів  (2 та 3), які з’єднують приймач 1 з радіаторами 4

The equalizations of thermal balance for the system «space vehicle – device – thermal control system – space environment» for a thermosensitive device taking into account heat transmission , realized by heat pipes, are theoretically grounded. On the basis of analysis of these equalizations for the boundary conditions of device function a new thermal conception of construction of the effective thermal control system of class of scientific devices, which have not own heat generation is offered and experimentally researched.

Improving organizational and economic management mechanisms status, receive investment-innovative development of enterprises in Ukraine (for example, machine-building industry)

First established as a set of techniques for assessing the state of management of innovaлtion and investment development of the machine-building industry, and the willingness of the indus-trial enterprise to innovate. These techniques have a complex, not a vision of the structural prob-lems of innovation and investment enterprise development in a rather turbulent economic and investment environment.

System for measurement and study of electrical parameters in energy saving electrical converters

Electric energy converters based on renewable energy sources, energy of powerhine frequency provide intermediate conversion to higher frequency with reverse conversion to direct voltage or intended frequency voltage of higher quality. Developed system allows to measure voltage, current, active, passive and total power, power factor in wide range of frequencies with distorted signals and small power factor.

Development of the methodic and model of the vibroacoustical signal processing system for the information-diagnosis complex of rotation systems

Макет дворівневої системи контролю вібрації

The two-level vibration control system of complex rotation systems (aviation engines) is developed at the steady-state and non-steady-state modes of operation. At the first level the vibration control system supports the current control of actual levels of vibration at the harmonics of the rotor rotation. The second level is assigned for analysis of “normal vibration” in order to predict or detect small damages of engine rotary details on the bases of integrated usage of signal processing methods for damages diagnosis. The vibration control method is based.

Development of integrated technology systems based on modern information technology and automatic control systems of product's manufacturing quality

Developing of information-parametric model for turning and determining its basic parameters that define its normal operation and is closely related to the quality process, helped to create a mathematical model of the cutting process and dynamic phenomena occurring in it. On this basis, the main characteristics of the process of turning and stability parameters list, which in its inevitable growth leading to loss of dynamic stability of machine processing and quality products.

Methods of the automated projection of analytical models of tools machinery and systems of projection of effective technologies of their manufacturing

Developed a new method of complex evaluation of all components of the cost of production of the product, including the cost of materials and manufacturing blanks for machining operations and control operations on the assembly, as well as a focused redesign products to reduce the cost of its production while maintaining functional and performance properties product engineering and instrumentation.

Research methods development and definitions of the microwave characteristics of the latest isotropic and anisotropic materials and nanoscale films

Detailed test method developed thin dielectric resonator shown its advantages and suitability for study of the dielectric properties of anisotropic materials in thin layers. Very thin dielectric substrate, 0.1 mm thick with a dielectric constant ε > 10 can successfully act as a dielectric resonator (DR) and used for the measurement of microwave parameters of the materials by studying the spectra of thin DR.

Measurement system and software for marine security systems and research platforms

Експериментальні спектри шумів моря та шумовипромінювання морських об’єктів

The essence is to develop a multi-purpose passive measurement system based on vector-phase methods for receiving and processing sonar signals, enabling surpass performance characteristics best marine security systems and measurement hardware for research polygons. Developed measuring system is designed for use in marine security systems and researching polygons, designed for noise emissions research fields offshore facilities. On the basis of the measurement system developed variants of marine security systems and the equipment for the researching polygons.

Investigation of the novel semiconductor materials and compounds for implementation in the low-dimensional electron devices manufacturing technologies

Investigation of nanomaterials and prediction of ternary nitrides abilities was carries out for application in the development of ultrahighfrequency micro- and nanoelectronics components. Analysis of dynamical and highfrequency properties of ternary nitrides has shown the possibilities of its application for device development for frequencies up to the hundreds of gigahertz and formation of picosecond pulses.

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