Thematic directions

The sensor networks are designed to acquire data on the state of biological objects (plants, animals, and humans) from sets of sensors with wireless transmitters, which form a wireless network that can cover a large territory. It enables to quickly provide emergency medical aid to people injured in accident or ecological catastrophe who bear smart wireless sensors embedded in their clothes; also this can be used in smart agriculture to timely take measures for saving crops or protecting plants from influence of stress factors of natural or anthropogenic origin

The device is to be used for automatic integrated measurements of electric conductivity, thermopower, and thermal conductivity, as well as for determination of Q-factor of thermoelectric material samples in the temperature range from 30 to 900 °C. The design of measuring thermostat has been optimized for its use at a high temperature

The device is to be used for automatic integrated measurements of electric conductivity, thermopower, and thermal conductivity, as well as for determination of Q-factor of thermoelectric material samples in the temperature range from 30 to 500 °C. It can be used both for research and for industrial manufacture of thermoelectric materials

The analyzer is designed to receive, to record, and to quantitatively analyze the infrared images of various objects in power engineering, construction, industry, medicine, defense industry, science, agriculture, ecology, etc. The analyzer external view

The device is designed to prevent drivers of motor vehicles and operators engaged in monotonous critical works from falling asleep that can lead to emergency and catastrophic situations

The equipment is to be used for monitoring and controlling the parameters of near-satellite environment

The equipment is to be used for ongoing control and diagnostics of the condition of insulation and electrochemical protection, detection of corrosion sites without earthworks, survey of in hard-to-reach places, and identification of places, direction, and depth of underground facilities by the contactless method

The IR detectors are to be used in systems for detection, tracking, and discrimination of objects, as well as in monitoring and security systems in metallurgy, power engineering, and defense industry

The device is to be used in security systems of postal items, railway and subway stations, airport terminals for inspecting the content of packages/containers that are transparent in the sub-THz spectral region (paper, plastic, foamed plastic, gypsum plasterboard, dry wood, and footwear soles, etc.)

The DFS can be used for local simultaneous measurements of temperature and magnetic field in superconducting magnet systems at research laboratories and universities. The DFS can improve the accuracy of temperature measurement in the presence of magnetic fields using the adjustment method (if magnetic field and thermometer sensitivity to it are known)

The converter is to be used in high-precision AC instruments within the frequency range from 10 Hz to 100 MHz, in reference samples and standard AC instruments within a wide frequency range, and for the creation of calibration instruments

The VECTOR mobile vibration diagnostic system is designed for measuring and processing vibration signals generated by revolving mechanisms to detect and to prevent failure of turbine generators, oil pumping terminals, etc., to diagnose axially symmetric bodies, electric engines, and so on

The system can be used in ecology, biology, medicine, and military industry

Monitoring of road pavement condition

The device is to be used for recording X-ray radiation with a high spatial resolution, in detectors for nondestructive control systems, medical tomography and radiography, as well as in intensifying screens in medical and industrial radiography

The device is to be used for detecting low concentrations of biomarker volatiles, toxic and explosive substances in multicomponent gas mixtures for ecological, medical, military, forensic, and security purposes

The detector is to be used for registration and analysis of THz / sub-THz radiation in security systems to carry out nondestructive tests and to detect hidden objects

The antennas are to be used in radiometric systems for detecting various objects hidden behind opaque obstacles, in radar systems, and in mobile communication systems

A basic magnetometer for geomagnetic observatories that meets new 1-second INTERMAGNET standard; can be used for fundamental geophysical research of Earth’s crust; a reference instrument for in-situ calibration of magnetometers without interruption of their operation

The indicator is designed for visual detection of unsymmetrical dimethylhydrazine (heptyl) leak as a result of through defects in detachable pipe connections of rocket fuel systems by a local change in color

The indicator is designed for visual detection of dinitrogen tetroxide (amyl) leak as a result of through defects in detachable pipe connections of rocket fuel systems by a local change in color

Research, spectroscopy, microwave technology, low-noise heterodynes and generators for pumps of parametric amplifiers in radars and radio navigation

The device is to be used for recording the Earth surface vibrations of natural and manmade origin, inclinations of structures, mining quarries, bridges, and dams, as well as changes in gravity The vertical seismometer with digital laser interferometer

The system is designed to timely provide drivers of vehicles and pedestrians at railway crossings with information about the upcoming trains: speed, direction, time of train passage through the railway crossing; and other relevant information in the form of information line

Exploration of ores and oil deposits. Geophysical prospecting

It can be used in medicine (radiation therapy), research equipment based on accelerators and synchrotrons, mass spectrometry, X-ray diffraction, and so on

Research equipment engineering, nanoindustry, and microelectronics

Identification of dynamic and static objects in low brightness conditions; security systems; supervision systems; driving vehicles in low light conditions

The dielectric resonators are to be used in radio filters, diplexers, solid MW generators of advanced communication systems of centimeter and millimeter frequency ranges

This device can be installed on unmanned aerial vehicle (UAV) for detection and identification of biological and chemical agents, various toxins and viruses; for gaging of soil contamination and air pollution. Measurement results can be used for detection of hazardous situations and for risk assessment

The device is to be used for detecting the presence of gas in the environment and the gas leaks in the pipelines, for assessing the pollution of hollow structures compartments with volatile gases (ammonia, amyl, heptyl etc.), and localizing the gas leaks at the structure joints

The device is to be used for measuring energy and time parameters of laser radiation in R&D centers, industry, and medicine

The device is to be used for measuring light incidence angle, polarization or wavelength; for recording changes in the near-surface area of photodetector as a basis for design of highly sensitive detectors of plasmon-polariton type; in optical laboratories, medicine, biology, and environmental protection

The device is to be used for rapid analysis of biochemical composition of aqueous solutions and for identification of chemical substances, including the toxic ones, for the purposes of environmental monitoring, food products quality control, and medical diagnostics (quantification of glucose, urea, creatinine content in blood and urine, etc.)

The device is designed to measure the parameters of solar cells and photovoltaic modules with a power up to 200 W in standard spectral conditions (AM0, AM1.5) using solar or artificial illumination

The device is to be used for studying electro-physical characteristics of weak-conductive liquid solutions with a specific resistance of up to 1012–1013 Ohm · cm and materials with a low dielectric constant (gasoline, benzanol mixtures, oils, etc.) at liquor and spirits factories, motor gasoline plants, and in sanitary control services

The device is designed to study biochemical reactions and to detect the presence and concentration of optically and biologically active substances for the purposes of environmental monitoring, design and manufacture of biosensors, rapid analysis of water and food in laboratory and field conditions

The device is to be used for implementation of real-time bio- and chemosensing techniques in laboratory conditions; spectral investigation of nanosized objects; study of organic and inorganic thin films; and for measurement of refractive index

The device is to be used in medical and veterinary institutions for rapid diagnostics, food quality control, environment monitoring, and analytical measurements (registration of specific interaction of analyte (sample) molecules with selective layer deposited on the surface of sensor substrate). The device can be used as SPR sensor with gold layer substrates and as waveguide sensor with various sensor substrates

The device is to be used for rapid analysis of biochemical composition of aqueous solutions and for identification of chemical substances, including the toxic ones, for the purposes of environmental monitoring, food products quality control, and medical diagnostics

The device is to be used for quality control and certification of food, drinking water, soil, and feed at laboratories of corporations, educational establishments, and R&D institutions

The device is designed to measure the level and temperature of cryogenic liquids in tanks for storage and transportation and in cryogenic equipment for various purposes

The software package is to be used in civil engineering, geotechnical, and geological surveys to forecast dynamic processes in hydraulic and industrial structures, embankment slopes, and soil bodies under the impact of intensive construction activities, underground and mining operations, fluid motion, and heat conduction phenomena

The sensor is used for remote control of track occupancy and railway car speed on hump yards in complicated weather conditions and for protection of railway crossings to reduce the risk of accidents

The system is to be used for monitoring and diagnosis of long-term operating equipment and high-risk site facilities, identification of their technical condition and detection of damages location by sampling, recording, and processing acoustic emission signals and signal data on working parameters of studied object

The sensors are to be used at R&D laboratories and metallurgical plants for registration of infrared radiation in the spectral range of 3–5 μm, and in optoelectronic devices for monitoring hazardous and explosive gases

The material is to be used in gas sensitive elements of chemical sensors for measuring concentration of organic compound vapors in the air

The device is to be used for carrying out real-time biokinetic, immunosensing, and biosensing measurements; studying nanoobjects like nanoparticles or nanotubes; studying adsorption, corrosion, and electrochemical reactions; measuring refractive index of organic and inorganic films; detecting gas and liquid composition; realizing chemosensor applications; and controlling motor oil quality and wear of meeting parts

The In/CdTe/Au M-p-n sensor structures with a high energy resolution are to be used in X/γ-ray radiation detectors for localization and identification of radioactive sources and for visualization of objects in nuclear energetics, ecology, industry, medicine, etc.

The systems are to be used for periodic control or ongoing monitoring of technical condition of critical industrial facilities during operation EMA-4 devices based on 4-channel and 16-channel modules

The converter is designed to determine energy of single and infrequent electric pulses with a duration of 10–7—10–1 s and energy value of 1· 10–6—4· 10–3 J

Designed to measure direct solar irradiance with the highest accuracy using the absolute method. It can be used for measuring the solar constant both ground based and in space conditions (as part of meteorological satellites or space stations) and as a metrological means for ensuring the accuracy of measurements of short- and long-wave parts of the solar spectrum, scattered solar radiation, etc.

The resistance thermometers and diode sensors are to be used in static and dynamic temperature measurements in cryogenic liquefiers and storage tanks, in devices for magnetic resonance imaging and diagnostics of superconducting magnet systems, in space and rocket industry, cryogenic medicine, research laboratories, and universities Micropackage (MP version) Cylindrical package (CP version)

The technology enables to detect defects in flat samples, elements of full-scale structures, and sophisticatedly configured nodes in a nondestructive way; to control quality of structures with ceramic and metallic coatings; to optimize technologies for application of coatings; and to improve operability and reliability of coated structure elements

The nuclear scanning microprobe is a high- precision microanalyzer for elemental analysis of materials ranging from hydrogen to uranium with a detection threshold of 1…100 ppm (depending on element and technique). The use of scanning mode enables to map element distribution in the near-surface layers at a depth of 10–20 μm with a resolution of 2 μm. The analytical technique for element analysis is qualitative and absolute, does not require any reference samples