MGMF

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

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.

Risk and uncertainty analysis

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.

Reliability theory application

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.

Modelling of extreme phenomena and events

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.

Development of smart tools for information integration

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.

Diagnostic X-ray radiation parameter optimisation, decreasing patient irradiation

Description:

X-ray diagnostic parameters measurement specialized equipment; Registration of patient doses with different dosimeters, optimization of parameters, preparation of methodologies

Construction of phenomenological model, describing processes on surface layers during reactive ion etching, thin film deposition, catalysis reactions, etc.

Description:

Construction of phenomenological model, describing processes on surface layers during reactive ion etching, thin film deposition, catalysis reactions,  etc.

Holography, holographic optical measurements, coherent measurements

Description:

Holographic optical measurements; coherent measurements.

Investigation of surface roughness

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)

Applications of plasmochemical technologies: amorphous carbon and diamond-like carbon films`, nanostructures` and hidden layers` forming and investigation

Description:

Applications of plasmochemical technologies: amorphous carbon and diamond-like carbon films`, nanostructures` and hidden layers` forming and investigation.

Analysis of mechanical, structural and other properties of materials, material formations and components

Description:

Analysis of mechanical, structural and other properties of materials, material formations and components.

Forming materials with needed properties for applications in hydrogen power engineering by synthesizing material coatings

Description:

Forming materials with needed properties for applications in hydrogen power engineering by synthesizing material coatings.

Mathematical modelling of technological processes

Description:

Mathematical modelling of technological processes.

Preparation of methodology in patient irradiation lowering in digital x-ray diagnostics

Description:

Digital x-ray diagnostics; Preparation of methodology for reducing patient exposure in digital X-ray diagnostics.

Technical applications of sensors and fiber optics, assessment of their technical properties; applications of sensors, fiber optics and interferometers in measurement equipment

Description:

Technical applications of sensors and fiber optics, assessment of their technical properties; applications of sensors, fiber optics and interferometers in measurement equipment