Description: Atomic force microscope
Technical specification: Scan field: max 50x50 microns, Z axes: 2.8 microns;dedicated Resolution: 0.2 nm; the ability to measure the air and the liquid
Usage area: Investigation of surface morphology
Keywords: AFM, atomic force, microscopy
Description: Electronic scale GR-202 No.14210265
Technical specification: Weighing precision: ± 0,1 mg
Usage area: Sample and powder weighing
Keywords: weight, weighing
Description: Ellipsometer L117 No.166-AK
Technical specification: Light source: HeNe laser, lightwave length λ=6328Å; accuracy: 2,5Å to 10Å; beam diameter - 1 mm
Usage area: Measurement of optical film properties
Keywords: polarised light, optical film properties
Description: UV-Vis spectrometer
Technical specification: Single-channel fiber-optic system with the support of computer memory channel; measuring range: 200-800 nm; standard cell to measure liquid; the ability to measure thin film reflectance mode; modes: absorption, permeability, reflection
Usage area: Investigation of optical properties using UV-Vis spectroscopy
Keywords: UV, UV-Vis, spectrometer, spectroscopy
Description: Evaporation system with three magnetronic sources
Description: Ceramic powder tablets formation device 99999-/F307
Technical specification: Press can compress up to 11 tonnes; max. object dimensions: 100x100 mm
Usage area: Forming tablets using powder
Keywords: powder, tablets, press, compression
Description: High temperature furnace el.SNOL 7/1300L with E5CK program
Technical specification: Temperature: up to 1300 °C, -2 °C; heating medium: air; max heated object dimensions: 150x200 mm (only clean objects can be heated)
Usage area: Heating of samples in the air
Keywords: annealing, melting
Description: Thin film deposition system: deposition using electron beam evaporation
Technical specification: Two (up to 8 kW) sources of electronic beam evaporation; deposition system`s vacuum device for thin film deposition; vacuum rotational pump (A365-01-935, E2M80 std 240 415 3)
Usage area: Growing films in vacuum
Keywords: thin films
Description: Magnetron "Cannon" TM3FS10KBS Torus 3HV
Technical specification: Application for thin film growing in vacuum, cathodes with diameter of 3``
Usage area: Film growing in vacuum
Keywords: magnetron, thin films, coatings
Description: Dosimeter M4 T11006-1759
Technical specification: Flat ionising chamber for measuring air kerma; can be integrated into medical equipment for Roentgen-diagnostics
Usage area: Medical diagnostics
Keywords: ionising camera, X-ray diagnostics
Description: Dark field microscope with extras NIKON Eclipse LV100D
Technical specification: Spectrum resolution: 1.5 nm; measurement boundaries: 400-900 nm
Usage area: Investigation of nanoparticles in ultra-thin films
Keywords: diffused light spectra, dark field
Description: X-ray machine X-RAY
Technical specification: Educational equipment, voltage up to 30 kV
Usage area: Carrying out laboratory works
Keywords: X-ray radiation, teaching
Description: Dosimetric brachytheraphy system with extras and phantom
Technical specification: Electrometer with special "rectum" and "blader" dosimeters; PMMA phantom; licence is required to work with the equipment
Usage area: Dose measurement in brachytheraphy, quality tests in brachitheraphy
Keywords: electrometer, detectors, brachytherapy
Description: X-ray radiation dose measurement system 70 R/F MAM S/N:127995
Technical specification: Dosimeters for examinining radiation doses in mammography and tomography; licence is required to work with the equipment
Usage area: Quality examination in mammography and tomography
Keywords: mammography, tomography, examination
Description: Identification device SN:935-3367
Technical specification: Handheld radiospectrometer with NaI detector; indicator of radioactive pollution
Usage area: Measuring gamma ray pollution in the environment
Keywords: radioactive pollution, spectrometer-identificator
Description: Digital oscilloscope
Technical specification: 2 channels; 200 MHz bandwidth limit; 2 GS/s sample rate; LCD color display; Math Fast Fourier Transform (FFT); RS-232, GPIB module
Usage area: Carrying out laboratory works for students
Keywords: Digital oscilloscope
Description: Power source of 1kW radiofrequency
Technical specification: 4 magnetrons (cathodes with diameter of 2``), deposition system`s vacuum device for thin film deposition
Usage area: Growing various films in vacuum
Keywords: thin films
Description: Analog / digital converters, mod. NI9201, 9481, NI9211, NI9401, cDAQ-9174, 382276
Technical specification: Works with "LabView" program
Usage area: Carrying out laboratory works for students
Keywords: analog / signal, converter
Description: Raman spectroscopy system
Technical specification: System consists of laser, Raman camera (optical part) and spectrometer. STE series sensor: -70 °C (203 K) or better; LN2 series sensor: -133 °C (140 K) or better; ADC precision: 16 bit; ADC dynamic range: 65,535 maximum
Usage area: Investigation of materials` properties using Raman spectrocopy
Keywords: Raman scattering, spectrometer, thin films, materials
Description: Vacuum heating system
Technical specification: Tray heating in vacuum up to 900°C, maximum allowed size of the object – 2x2 cm
Usage area: Film growing in vacuum
Keywords: heating, annealing of films in vacuum
Description: Physics laboratory works are carried out for deeper knowledge of the basic laws of physics: performing them students learn to work with measurement devices and are introduced to measurement methods; they learn to depict methods as graphs and evaluate the reliability of the experimental results. Physics 2 (optics and atomic physics) laboratory works.
Technical specification: 1. Determination of light wavelength by Fresnel biprism 2. The diffraction gratings 3. Diffraction of laser light 4. Verification of Malus‘s law and determination of Brewster‘s angle 5. Investigation of polarization light rotation 6. Investigation of elliptical polarized light 7. Investigation of light dispersion in prism 8. Investigation of refractive index of solutions by refractometer 9. Stefan and Boltzmann law verification 10. Investigation of thermal radiation 11. Investigation of photoelectric effect 12. Investigation of internal photoeffect of semiconductor photoresistor 13. Temperature dependence of semiconductor conductivity 14. Qualitative spectral analysis 15. Franck-Hertz experiment 16. Determination of Planck constant by excitation voltage of laser 17. Investigation of attenuation of g rays in material 18. Investigation of surface tension dependence on liquid concentration 19. Coefficient of linear thermal expansion of solid body determination 20. Investigation of metal resistance dependence on the temperature 21. Determination of conductor specific resistivity 22. Investigation of electrostatic field 23. Investigation of phenomenon of thermionic emission
Usage area: General Physics Laboratory works are carried out by the first and second year students at KTU.
Keywords: "Optics, semiconductors, radioactivity (gama radiation), photoelectric effect and atomic physics
Description: Physics laboratory works are carried out for deeper knowledge of the basic laws of physics: performing those students learn to work with measurement devices and are introduced to measurement methods; they learn to depict methods as graphs and evaluate the reliability of the experimental results. Physics 1 (mechanics and electromagnetism) laboratory works. Physics 2 (optics and atomic physics) laboratory works.
Technical specification: Physics I LIST OF LABORATORY WORKS IN 263 LABORATORY 1. Evaluation of direct and non-direct measurement errors 2. Measurement of electrical dimensions and measurement errors 3. Atwood‘s machine 4. Determination of free fall acceleration of solid body 5. Investigation of rotational motion of solid body 6. Investigation of Maxwell pendulum oscillation 7. Investigation of moment of inertia by rotational pendulum 8. Investigation of oscillation of string 9. Determination of sound speed in air by wave interference method 10. Investigation of thermal expansion coefficient of solid body 11. Ratio of molar heat capacities (Cp/Cv) of air determination 12. Investigation of surface tension dependence on liquid concentration 13. Determination of entropy variation 14. Investigation of electrostatic field 15. Investigation of dielectric electrical properties 16. Investigation of metal resistance dependence on the temperature 17. Investigation of thermionic emission phenomenon 18. Determination of magnetic field of the Earth 19. Investigation of magnetic field, created by wire 20. Determination of resistance by Vinston bridge 21. Investigation of ferromagnetics (Hysteresis loop) Physics II LIST OF LABORATORY WORKS IN 263 LABORATORY 1. Determination of light wavelength by Fresnel biprism 2. The diffraction gratings 3. Diffraction of laser light 4. Verification of Malus‘s law and determination of Brewster‘s angle 5. Investigation of polarization light rotation 6. Investigation of refractive index of solutions by refractometer 7. Stefan and Boltzmann law verification 8. Investigation of thermal radiation 9. Investigation of photoelectric effect 10. Investigation of internal photoeffect of semiconductor photoresistor 11. Qualitative spectral analysis 12. Franck-Hertz experiment 13. Investigation of attenuation of g rays in material
Usage area: General Physics Laboratory works are carried out by the first and second year students at KTU.
Keywords: Mechanics, electrodynamics, electromagnetism, and molecular physics. Optics, semiconductors, radioactivity (gama radiation), photoelectric effect and atomic physics
Technical specification: Laboratory works of electrodynamics 1. Investigation of the optical effects of electromagnetic waves 2. Application of electromagnetic wave diffraction for the investigation of crystal structure testing 3. Measurement of the semiconductor relative permittivity using “cylindrical inhomogeneity” in waveguide line 4. Measurement of the optical parameters and permittivity using Michelson interferometer 5. Investigation of the rectangular waveguide line and its working modes 6. Application of the waveguide line short-circuit and empty-mode methods for materials characterization
Keywords: Waveguide line, relative permittivity, electromagnetic waves.
Description: Laboratory work objectives: to acquire modern microtechnology, to obtain practice in use of technological equipment and measurement of formed microstructures electrophysical characteristics.
Technical specification: 1. Cleaning and inspection of silicon wafer surface. 2. Study of silicon isothermal oxidation in diffusion furnace. 3. Study of silicon isochronous oxidation in diffusion furnace. 4. Formation of microstructures by means of optical contact lithography.
Usage area: For students of Applied Physics bachelor study program and Materials and Nanotechnologies bachelor study program in Faculty of Mathematics and Natural Sciences.
Keywords: silicon, silicon dioxide, diffusion furnace, oxidation, photolithography, etching.
Description: Physics laboratory works are carried out for deeper knowledge of the basic laws of physics: performing those students learn to work with measurement devices and are introduced to measurement methods; they learn to depict methods as graphs and evaluate the reliability of the experimental results. Physics 1 (mechanics and electromagnetism) laboratory works.
Technical specification: LIST OF LABORATORY WORKS IN 261 LABORATORY 1. Evaluation of direct and non-direct measurement errors 2. Measurement of electrical dimensions and measurement errors 3. Atwood‘s machine 4. Investigation of rotational motion of solid body 5. Investigation of Maxwell pendulum oscillation 6. Investigation of moment of inertia by rotational pendulum 7. Investigation of oscillation of string 8. Investigation of thermal expansion coefficient of solid body 9. Ratio of molar heat capacities (Cp/Cv) of air determination 10. Investigation of surface tension dependence on liquid concentration 11. Determination of entropy variation 12. Investigation of electrostatic field 13. Investigation of dielectric electrical properties 14. Investigation of metal resistance dependence on the temperature 15. Investigation of thermionic emission phenomenon 16. Determination of magnetic field of the Earth 17. Investigation of surface tension dependence on the temperature 18. Determination of sound speed in air 19. Diffraction of ultrasound waves 20. Investigation of attenuated oscillations 21. Investigation of magnetic field, created by wire 22. Hysteresis loop 23. Determination of free fall acceleration of solid body
Keywords: Mechanics, electrodynamics, electromagnetism, and molecular physics
Description: Physics laboratory works are carried out for deeper knowledge of the basic laws of physics: performing them students learn to work with measurement devices and are introduced to measurement methods; they learn to depict methods as graphs and evaluate the reliability of the experimental results. Physics 2 (optics and atomic physics) laboratory works.
Technical specification: 1. Determination of light wavelength by Fresnel biprism 2. The diffraction gratings 3. Diffraction of laser light 4. Verification of Malus‘s law and determination of Brewster‘s angle 5. Investigation of polarization light rotation 6. Investigation of elliptical polarized light 7. Investigation of light dispersion in prism 8. Investigation of refractive index of solutions by refractometer 9. Investigation of thermal radiation 10. Stefan and Boltzmann law verification 11. Investigation of photoelectric effect 12. Einstein‘s law verification 13. Temperature dependence of semiconductor conductivity 14. Determination of Plank constant by adsorption spectra 15. Qualitative optical spectroscopy 16. Investigation of attenuation of g rays in material
Usage area: General Physics Laboratory works are carried out by the first and second year students at KTU.
Keywords: Optics, semiconductors, radioactivity (gama radiation), photoelectric effect and atomic physics.
Description: Physics laboratory works are carried out for deeper knowledge of the basic laws of physics: performing those students learn to work with measurement devices and are introduced to measurement methods; they learn to depict methods as graphs and evaluate the reliability of the experimental results. Physics 1 (mechanics and electromagnetism) laboratory works. Physics 2 (optics and atomic physics) laboratory works.
Technical specification: Physics I LIST OF LABORATORY WORKS: 1. Evaluation of direct and non-direct measurement errors 2. Measurement of electrical dimensions and measurement errors 3. Atwood‘s machine 4. Investigation of rotational motion of solid body 5. Investigation of Maxwell pendulum oscillation 6. Investigation of oscillation of physical pendulum 7. Investigation of oscillation of rotational pendulum 8. Investigation of oscillation of spring 9. Investigation of oscillation of string 10. Ratio of molar heat capacities (Cp/Cv) of air determination 11. Investigation of surface tension dependence on liquid concentration 12. Investigation of dielectric electrical properties 13. Investigation of metal resistance dependence on the temperature 14. Determination of magnetic field of the Earth 15. The electron motion in magnetron 16. Evaluation of conservation law of the charge 17. Magnetic force measurement 18. Evaluation of the main law of rotational motion of solid body 19. Stefan and Boltzmann law verification 20. Cp/Cv determination by ultrasound 21. Investigation of magnetic field created by circular conductor 22. Investigation of polarization of segnetoelectrics Physics II LIST OF LABORATORY WORKS: 1. Determination of light wavelength by Fresnel biprism 2. The diffraction gratings 3. Diffraction of laser light 4. Verification of Malus‘s law and determination of Brewster‘s angle 5. Investigation of polarization light rotation 6. Investigation of elliptical polarized light 7. Investigation of light dispersion in prism 8. Investigation of refractive index of solutions by refractometer 9. Investigation of thermal radiation 10. Stefan and Boltzmann law verification 11. Investigation of photoelectric effect 12. Einstein‘s law verification 13. Investigation of internal photoeffect of semiconductor photoresistor 14. Temperature dependence of semiconductor conductivity 15. Investigation of tunnel effect of p-n 16. Qualitative spectral analysis 17. Franck-Hertz experiment 18. Investigation of attenuation of g rays in material
Usage area: General Physics Laboratory works are carried out by the first and second year students at KTU.
Keywords: Mechanics, electrodynamics, electromagnetism, and molecular physics. Optics, semiconductors, radioactivity ( radiation), photoelectric effect and atomic physics.
Description: Laboratory of Physical Technologies Works are designed for deeper understanding of physical phenomena in various sensors, for improvement of skills in presentation and estimation of received data. The equipment for changing the magnetic field, temperature, electrical current, voltage, displacement values are used in these works. Measurements are carried out using ammeters, voltmeters, digital storage oscilloscope, thermocouple thermometers.
Technical specification: Basics of vaccum physics and technologies 1. Measuring of air viscosity coefficient for low vacuum case. 2. Measuring of air heat conductivity coefficient for low vacuum case. 3. Measuring of positive displacement vacuum pump pumping speed. 4. Measurement of low pressures. Physical principles of sensors 1. Investigation of the magnetic field sensor. 2. Investigation of Peltier phenomenon. 3. Investigation of the resistance temperature detectors. 4. The use of the optical interferometric sensor for displacement and vibrations measurements.
Usage area: Basics of vaccum physics and technologies and Physical principles of sensors laboratory works are performed by students of faculty of mathematics and natural sciences during postgraduate programs in Applied Physics and Materials Science. Extended study properties of gases at low pressures and modern vacuum practice, low and high vacuum realizing technology by different vacuum pumps are on investigation. Vacuum measurements by thermal and electrical methods are used. Laboratories are aimed for bachelor studies in physics and material science.
Keywords: The physical basis and technology of vacuum, vacuum pumps, measurement of vacuum, phenomena in low pressure gases, sensor, sensor of the physical value, the sensor characteristics, physical principle
Description: Physics test models focus to demonstrate the operation of the laws of physics, under certain conditions, a better understanding of the functioning laws of physics. Equipment is used in mechanical movements changes, heat flow, electrical and magnetic fields changes, a light beam dynamics, radiation measurement performing. Computer equipment, video camera and projector are used.
Technical specification: A. Mechanics I. Translation 1. Hanging lead ball – inertia; 2. Rail with air pillow – impulse conservation; 3. Rocket – impulse conservation.] II. Rotation 1. Whirligig; 2. Gyroscope. 3. Rotating table (Zhukovsky chair); III. Oscillations; 1. Mathematical pendulum; 2. Physical pendulum; 3. Auto oscillations (clock pendulum); 4. The sum of oscillations demonstration with oscilloscope and a tuning fork; 5. The spring pendulum. 6. Particle movement in wave model with beads. 7. Mach wave machine; 8. Demonstrations with wave pool; 9. Standing waves along the chord with electromagnetic oscillator. IV. Mechanical energy 1. Maxwell's pendulum. B. Thermodynamics 1. Critical status (heated ampoule with ether); 2. The liquid nitrogen properties. C. Fluid Mechanics 1. Bernoulli equation operation in falling liquid stream. D. Electromagnetism I. Electrostatics: 1. Hanging electrified bodies interaction; 2. Electrophoretic machine, electrostatic mill; 3. The electrostatic field lines formation; 4. Electrical charging of soap bubbles; II. The electrostatic field in materials: 1. Change of the capacitors charge with changing materials; 2. Water flow distortion near to the electrified body. III. Electrical current in gases: 1. Electrical discharge in rarefied gases; 2. Plasma ball, discharge in fluorescent lamps; 3. Electrophoretic machine, spark discharge. IV. The magnetic field in vacuum and matter: 1. Magnets, magnets interaction; 2. Diamagnetism of pyrolytic graphite; 3. The magnetic field of current (the straight wire, solenoid, toroid); 4. The moving electrons interaction with the magnetic field (the Lorentz force); 5. The current interaction with the magnetic field (Ampere force); 6. Hysteresis of ferromagnetic materials magnetization; 7. Weakening of ferromagnetic properties due to high temperature Curie point. V. Electromagnetic induction: 1. Faraday test; 2. "Hanging" rings; 3. Foucault currents in conducting pendulum; 4. Slow magnet fall in conductive pipe; 5. Diamagnetism of the superconductor. 6. Hanging globe with a magnet. VI. Electromagnetic waves: 1. The electromagnetic wave model; 2. The electromagnetic waves propagation tests; 3. Oscillatory circuit testing. E. Geometrical and wave optics I. Geometrical optics: 1. Refraction and reflection of light; 2. Total internal reflection; 3. Optical fibers. II. Wave optics: 1. Fresnel biprism; 2. Newton's rings; 3. Diffraction for filament and slit; 4. Diffraction grating ( complex cases); 5. Holograms. III. Interaction of light with matter: 1. White light propagation through a prism; 2. The polarizers; 3. The double refraction of light in Iceland Telldahl crystal; 4. Rotation of the polarization plane in optically active materials; 5. Artificial anisotropy of deformed body. 6. Demonstration of liquid crystal display light polarization. F. Quantum optics: I. The thermal radiation laws: 1. Thermal radiation spectrum variation showing through the prism with the projector; 2. Thermal radiation measurement display with a battery of thermocouples; 3. Remote thermometer. 4. Light pressure - light mill. II. External photoelectric effect: 1. The electrically charged zinc plate unloading with quartz lamp; 2. The photoelectric cell. G. Basics of atom physics: I. Emission spectra 1. Hg and Na lamps spectra display; 2. Light filters; 3. X-ray lamp. II. Laser: 1. Helium-neon laser structure; 2. Semiconductor lasers with different colors. H. Solid state physics elements: 1. The crystal lattice models; 2. The semiconductor photo resistor; 3. The solar battery; 4. The hydrogen fuel cell. I. Atomic nucleus physics elements: 1. Geiger counter; 2. Geiger counter signals.
Usage area: Models are used during lectures of teaching modules "Physics 1, Physics 2, Physics 3 and other physical modules.
Keywords: Physics demonstration, test model of physics, physics demonstration model, physics experiments, demo cabinet.
Description: High temperature electric tube furnace SNOL 7/1300L with E5CK control program
Technical specification: Temperature: from 50 to 1300 °C, ±2 °C; heating medium: any medium, including air; tube chamber dimensions: Ø 55 mm, heigh – 100 mm; only clean objects can be heated
Usage area: Heating of samples in various gases
Keywords: annealing, doping, oxidation
Description: Thin film deposition system BY-1 – deposition using evaporation by electric arc discharge
Technical specification: Vacuum equipment with electric arc discharge evaporation system, dedicated for thin film deposition
Usage area: Growing films in vacuum
Keywords: thin films
Description: Raman spectroscope
Technical specification: Excitation wavelength - 532 nm, 633 nm, 30 mW output; grating 600/600 1800/600; measuring range: 100 - 7000 1 / cm; lens: 100x; peltier element cooled CCD camera registration (-60 C); measuring modes: inverted microscope system, reflection microscope system; scan range: 120x120 microns
Usage area: Investigation of biological and non biological samples in liquid and dry conditions; investigation of molecular traces using Surface enhanced Raman spekctroscopy
Keywords: Raman, spectroscopy
Description: MOSFET microdosimeters
Technical specification: Flexible MOSFET dosimeters, which can fit into 6 Fr catheters and measure 0.1-10 Gy patient irratiation doses; licence is required to work with the equipment
Usage area: In vivo and in vitro dose measurement high-dose-rate brachytheraphy
Keywords: detectors, brachytherapy
Keywords: digital x-ray diagnostics, parameter analysis
Keywords: Raman scattering, spectrometer, thin films materials
Keywords: elementary and complex semiconductors; etching of semiconductors, dielectrics and conductors; active gas plasma
Keywords: ulstrasound, contact methods, non-contact methods, immersive methods
Keywords: ulstrasound, invasive methods, non-invasive methods
Keywords: material fatigue, phase transitions, wave mixing
Description: null
Keywords: Markov chain, Phase -type distribution, Mathematical model, approximation
Keywords: Cryptographic data protection, e-document systems
Description: null
Keywords: E-signature, ciphers, authentification, Identification
Description: null
Keywords: Uncertainty of data, parameters and results, probabilistic sensitivity analysis
Description: null
Keywords: Equipment failures, human errors, survivability and longevity analysis
Description: null
Keywords: financial instruments, portfolio, dynamics of asset prices, options
Description: null
Keywords: Pension funds, statistical analysis, scenario and strategy analysis
Description: null
Keywords: Models and software for data analysis, regression analysis, logistic regression analysis, analysis of variance, factor analysis, time series analysis, quality control
Description:
Mathematical modelling of technological processes.
Keywords: technological processes, mathematical modellling
Description: null
Keywords: selective etching, etching anisotropy, surface layer`s elemental structure change, inhibitor formation and use, hidden layer formation
Description: null
Keywords: UV-Vis spectroscopy, optical properties
Description: null
Keywords: Surface Enhanced Raman spectroscopy, SERS
Description: null
Keywords: UV-Vis spectrometry, reflection measurements, transparency measurements, optical measurements, dark field observation
Description: null
Keywords: Time series, attractrs, chaos, prediction
Description:
The risk and uncertainty analysis includes the probabilistic safety assessment of various objects and systems, where the uncertainty of the data can be taken into account or the uncertainty and sensitivity of the initial model to the variation of the results of different models are examined separately. The uses of this analysis can be related to risk monitoring, control, minimization or risk-based decision-making.
Keywords: Risk minimisation, safety systems research, uncertainty estimation and sensitivity analysis
Description:
The reliability theory involves evaluating, analyzing and controlling the reliability of various objects and systems. This is also related to the assessment and prediction of the failure intensity and other failure characteristics. In addition, an assessment of the probability of a failure of both technology and of a human (operator) error can occur separately.
Keywords: Failure rate prognosis, estimation of error probability, reliability analysis and control
Description:
Modeling of extreme events and events involves surveys of meteorological extremes and climate change and the probabilistic assessment of various rare and unusual events (incidents, accidents). The statistical analysis of data, various probabilistic models, probabilistic distributions of extreme meanings and methods that enable the integration of various information are used to determine the frequency and recurrence of extreme events.
Keywords: Meteorological extremes, climate change, rare and unexpected events, probabilistic model
Description:
The development of intelligent information integration involves the development and application of various methods and software tools for the synthesis of the information available. This may also be related to the aggregation of expert information and its integration with objective data. In addition, an automated modeling of various sources of information and usage of information can be performed separately.
Keywords: Automatic modelling, expert judgement, information fusion
Description:
X-ray diagnostic parameters measurement specialized equipment; Registration of patient doses with different dosimeters, optimization of parameters, preparation of methodologies
Keywords: x-ray diagnostics, methods, irradiance, radiation
Description:
Construction of phenomenological model, describing processes on surface layers during reactive ion etching, thin film deposition, catalysis reactions, etc.
Keywords: catalysis, surface roughnesss, diffusion
Description: null
Keywords: UV-Vis measurements in real time
Description:
Technical applications of sensors and fiber optics, assessment of their technical properties; applications of sensors, fiber optics and interferometers in measurement equipment
Keywords: sensors, fiber optics, interference measurements
Description: null
Keywords: Data visualization, statistical graphics, multidimensional scaling, interactive visual data mining
Description:
The roughness assessment of the surface of the sample is performed using an atomic force microscope. The results are processed using several different software packages. The method is applicable to biological research (eg cells)
Keywords: AFM, roughness
Description:
Holographic optical measurements; coherent measurements.
Keywords: Holographic optical measurements
Description:
Analysis of mechanical, structural and other properties of materials, material formations and components.
Keywords: UV-Vis spectrometry, measurements of mechanical properties, measurements of structural properties, optical measurements, Raman scattering, materials
Description:
Forming materials with needed properties for applications in hydrogen power engineering by synthesizing material coatings.
Keywords: thin films, physical vacuum deposition, hydrogen power engineering
Description:
Applications of plasmochemical technologies: amorphous carbon and diamond-like carbon films`, nanostructures` and hidden layers` forming and investigation.
Keywords: amorphouos carbon and diamond-like carbon films, nonostructures, hidden layers, forming, investigation
Description:
Digital x-ray diagnostics; Preparation of methodology for reducing patient exposure in digital X-ray diagnostics.
Keywords: digital x-ray diagnostics, methods, irradiance
Description:
Nanocomposite film forming and property investigation, forming transparent and electrically conductive thin films, thin film forming technologies and property investigation (protective - hard coatings, transparent electrodes, ion conduction layers, ferromagnetic coatings, film deposition by evaporation in vacuum, magnetron deposition, evaporation by electronic beam, reactive deposition), modification of thin film properties by laser irradiance and thermal heating methods.
Keywords: thin films, physical vacuum deposition
Description: null
Keywords: Data mining methods and software, decision making, mining frequent patterns, classification, cluster analysis, outlier detection