Description: Suitable for acoustic intensity measurement in a field of medical imaging, pulsed and CW Doppler, therapeutic devices and industrial ultrasound
Description: Ultrasonic non-destructive testing and measurements (metals, composites, plastic materials)
Description: suitable for optical investigations and observations
Description: Ultrasonic non-destructive testing and measurements (metals, composites, plastic materials)
Description: Ultrasonic non-destructive testing and measurements (metals, composites, plastic materials)
Description: Ultrasonic non-destructive testing and measurements (metals, composites, plastic materials)
Description: for high frequency applications and measurement in water (metals, composites, plastic materials, microchips, biological objects)
Description: Eddy current / ultrasonic non-destructive testing and measurements
Description: Ultrasonic non-destructive testing and measurements (metals, composites, plastic materials)
Description: 1. Applied research on non-contact non-destructive testing methods for the prevention of technological accidents in the oil and gas industry, transport (railways, bridges), energy (nuclear, thermal, hydro and wind), aerospace 2.Prototype development of measurement, non-destructive testing and monitoring systems to ensure the safety of industrial facilities and bulky engineering structures
Description: 1. Applied research on the physical-mechanical properties of materials, their changes and the detection of internal defects, using non-destructive ultrasonic methods of materials science, diagnostics, measurement and impact 2. Applied research on non-destructive ultrasonic testing methods for the prevention of technological accidents in the oil and gas industry, transport (railways, bridges), energy (nuclear, thermal, water and wind), aerospace 3.Applied research on the use of ultrasonic diagnostics and exposure techniques in the pharmaceutical and biotechnology sectors 4.Development of prototypes of ultrasonic quality control and exposure systems for monitoring technological processes in production 5.Development of prototypes of ultrasonic measurement, non-destructive testing, monitoring and ultrasonic exposure systems to ensure the safety of industrial facilities and bulky engineering structures 6. Prototyping of ultrasonic transducers for medical, technical diagnostics and industrial applications 7.Technical feasibility studies for the application of new non-destructive ultrasonic testing, measurement and ultrasonic exposure techniques for quality control of industrial products and monitoring of production processes
Description: 1. Applied research on the physical-mechanical properties of materials, their changes and the detection of internal defects, using non-destructive material science, diagnostic and measurement methods 2.Development of prototype thermographic quality control systems for the monitoring of technological processes in production 3.Technical feasibility studies for the application of new non-destructive testing and measurement methods for quality control of industrial products and monitoring of production processes
Description: 1. Applied research on physical-mechanical properties of materials, their changes and detection of internal defects using non-destructive ultrasonic methods of materials science, diagnostics and measurement 2. Applied research on non-destructive ultrasonic testing methods for the prevention of technological accidents in the oil and gas industry, transport (railways, bridges), energy (nuclear, thermal, water and wind), aerospace 3.Applied research on the application of ultrasound diagnostic methods in medicine 4.Development of prototypes of ultrasonic quality control systems for monitoring technological processes in production 5.Development of prototypes of ultrasonic measurement, non-destructive testing and monitoring systems to ensure the safety of industrial facilities and large-scale engineering structures 6. Prototyping of ultrasonic transducers for medical and technical diagnostics 7.Technical feasibility studies for the application of new ultrasonic non-destructive testing and measurement methods for quality control of industrial products and monitoring of production processes
Description: 1. Applied research on physical-mechanical properties of materials, their changes and detection of internal defects using non-destructive ultrasonic methods of materials science, diagnostics and measurement 2. Applied research on non-destructive ultrasonic testing methods for the prevention of technological accidents in the oil and gas industry, transport (railways, bridges), energy (nuclear, thermal, water and wind), aerospace 3.Applied research on the application of ultrasound diagnostic techniques in medicine 4.Development of prototypes of ultrasonic quality control systems for monitoring technological processes in production 5.Development of prototypes of ultrasonic measurement, non-destructive testing and monitoring systems to ensure the safety of industrial facilities and large-scale engineering constructions 6. Prototyping of ultrasonic transducers for medical and technical diagnostics 7.Technical feasibility studies for the application of new ultrasonic non-destructive testing and measurement methods for quality control of industrial products and monitoring of production processes
Description: 1. Applied research on physical-mechanical properties of materials, their changes and detection of internal defects using non-destructive ultrasonic methods of materials science, diagnostics and measurement 2. Applied research on non-destructive ultrasonic testing methods for the prevention of technological accidents in the oil and gas industry, transport (railways, bridges), energy (nuclear, thermal, water and wind), aerospace 3.Applied research on the application of ultrasound diagnostic methods in medicine 4.Development of prototypes of ultrasonic quality control systems for monitoring technological processes in production 5.Development of prototypes of ultrasonic measurement, non-destructive testing and monitoring systems to ensure the safety of industrial facilities and large-scale engineering structures 6. Prototyping of ultrasonic transducers for medical and technical diagnostics 7.Technical feasibility studies for the application of new ultrasonic non-destructive testing and measurement methods for quality control of industrial products and monitoring of production processes
Description: 1. Applied research on physical-mechanical properties of materials, their changes and detection of internal defects using non-destructive ultrasonic methods of materials science, diagnostics and measurement 2. Applied research on non-destructive ultrasonic testing methods for the prevention of technological accidents in the oil and gas industry, transport (railways, bridges), energy (nuclear, thermal, water and wind), aerospace 3.Applied research on the application of ultrasound diagnostic methods in medicine 4.Development of prototypes of ultrasonic quality control systems for monitoring technological processes in production 5.Development of prototypes of ultrasonic measurement, non-destructive testing and monitoring systems to ensure the safety of industrial facilities and large-scale engineering structures 6. Prototyping of ultrasonic transducers for medical and technical diagnostics 7.Technical feasibility studies for the application of new ultrasonic non-destructive testing and measurement methods for quality control of industrial products and monitoring of production processes
Description: 1. Applied research on physical-mechanical properties of materials, their changes and detection of internal defects using non-destructive ultrasonic methods of materials science, diagnostics and measurement 2. Applied research on non-destructive ultrasonic testing methods for the prevention of technological accidents in the oil and gas industry, transport (railways, bridges), energy (nuclear, thermal, water and wind), aerospace 3.Applied research on the application of ultrasound diagnostic methods in medicine 4.Development of prototypes of ultrasonic quality control systems for monitoring technological processes in production 5.Development of prototypes of ultrasonic measurement, non-destructive testing and monitoring systems to ensure the safety of industrial facilities and large-scale engineering structures 6. Prototyping of ultrasonic transducers for medical and technical diagnostics 7.Technical feasibility studies for the application of new ultrasonic non-destructive testing and measurement methods for quality control of industrial products and monitoring of production processes
Description: 1. Determination of physical-mechanical properties of materials, their changes by X-ray fluorescence analyser and applied research on detection of internal defects using non-destructive ultrasonic methods of materials science, diagnostics and measurement 2. Applied research on non-destructive testing methods for the prevention of technological accidents in the oil and gas industry, transport (railways, bridges), energy (nuclear, thermal, water and wind), aviation and space sectors 3.Applied research on the application of non-invasive diagnostic methods in medicine 4.Development of prototype quality control systems for monitoring technological processes in production 5.Development of prototypes of ultrasonic measurement, non-destructive testing and monitoring systems to ensure the safety of industrial facilities and large engineering structures 6. Prototyping of ultrasonic transducers for medical and technical diagnostics 7.Technical feasibility studies for the application of new non-destructive testing and measurement methods for quality control of industrial products and monitoring of production processes
Description: Medicine, biology: CT is usually used in medicine for an organic structure analysis or industry for non-destructive testing (NDT) and evaluation of object properties. Industry: non-destructive testing, visualisation of internal structures, dimensional measurements; material analysis, fault detection, assembly inspection, reverse engineering, comparison with CAD data. Science, health, space, transport industries: for construction and material analysis.
Description: 1. Applied research on physical-mechanical properties of materials, their changes and detection of internal defects using non-destructive ultrasonic methods of materials science, diagnostics and measurement 2. Applied research on non-destructive ultrasonic testing methods for the prevention of technological accidents in the oil and gas industry, transport (railways, bridges), energy (nuclear, thermal, water and wind), aerospace 3.Applied research on the application of ultrasound diagnostic techniques in medicine 4.Development of prototypes of ultrasonic quality control systems for monitoring technological processes in production 5.Development of prototypes of ultrasonic measurement, non-destructive testing and monitoring systems to ensure the safety of industrial facilities and large-scale engineering constructions 6. Prototyping of ultrasonic transducers for medical and technical diagnostics 7.Technical feasibility studies for the application of new ultrasonic non-destructive testing and measurement methods for quality control of industrial products and monitoring of production processes
Description: 1. Applied research on physical-mechanical properties of materials, their changes and detection of internal defects using non-destructive ultrasonic methods of materials science, diagnostics and measurement 2. Applied research on non-destructive ultrasonic testing methods for the prevention of technological accidents in the oil and gas industry, transport (railways, bridges), energy (nuclear, thermal, water and wind), aerospace 3.Applied research on the application of ultrasound diagnostic techniques in medicine 4.Development of prototypes of ultrasonic quality control systems for monitoring technological processes in production 5.Development of prototypes of ultrasonic measurement, non-destructive testing and monitoring systems to ensure the safety of industrial facilities and large-scale engineering constructions 6. Prototyping of ultrasonic transducers for medical and technical diagnostics 7.Technical feasibility studies for the application of new ultrasonic non-destructive testing and measurement methods for quality control of industrial products and monitoring of production processes
Description: 1. Applied research on physical-mechanical properties of materials, their changes and detection of internal defects using non-destructive ultrasonic methods of materials science, diagnostics and measurement 2. Applied research on non-destructive ultrasonic testing methods for the prevention of technological accidents in the oil and gas industry, transport (railways, bridges), energy (nuclear, thermal, water and wind), aerospace 3.Applied research on the application of ultrasound diagnostic techniques in medicine 4.Development of prototypes of ultrasonic quality control systems for monitoring technological processes in production 5.Development of prototypes of ultrasonic measurement, non-destructive testing and monitoring systems to ensure the safety of industrial facilities and large-scale engineering constructions 6. Prototyping of ultrasonic transducers for medical and technical diagnostics 7.Technical feasibility studies for the application of new ultrasonic non-destructive testing and measurement methods for quality control of industrial products and monitoring of production processes
Description: 1.Applied research on non-destructive testing methods for the prevention of technological accidents in the oil and gas industry, transport (railways, bridges), energy (nuclear, thermal, hydro and wind), aerospace 2.Prototype development of measurement, non-destructive testing and monitoring systems to ensure the safety of industrial facilities and bulky engineering structures
Description: 1. Applied research on physical-mechanical properties of materials, their changes and detection of internal defects using non-destructive ultrasonic methods of materials science, diagnostics and measurement 2. Applied research on non-destructive ultrasonic testing methods for the prevention of technological accidents in the oil and gas industry, transport (railways, bridges), energy (nuclear, thermal, water and wind), aerospace 3.Applied research on the application of ultrasound diagnostic techniques in medicine 4.Development of prototypes of ultrasonic quality control systems for monitoring technological processes in production 5.Development of prototypes of ultrasonic measurement, non-destructive testing and monitoring systems to ensure the safety of industrial facilities and large-scale engineering constructions 6. Prototyping of ultrasonic transducers for medical and technical diagnostics 7.Technical feasibility studies for the application of new ultrasonic non-destructive testing and measurement methods for quality control of industrial products and monitoring of production processes
Description: 1. Applied research on the physical-mechanical properties of materials, their changes and the detection of internal defects, using non-destructive material science, diagnostic and measurement methods 2. Applied research on non-destructive testing methods for the prevention of technological accidents in the oil and gas industry, transport (railways, bridges), energy (nuclear, thermal, water and wind), aviation and space sectors 3.Applied research on the application of thermographic diagnostic methods in medicine 4.Development of prototypes of thermal imaging quality control systems for monitoring technological processes in production 5.Development of prototypes of measurement, non-destructive testing and monitoring systems to ensure the safety of industrial facilities and large engineering structures 6. Prototyping of ultrasonic transducers for medical and technical diagnostics 7.Technical feasibility studies for the application of new non-destructive testing and measurement methods for quality control of industrial products and monitoring of production processes
Description: 1. Applied research on non-destructive testing methods for the prevention of technological accidents in the oil and gas industry, transport (railways, bridges), energy (nuclear, thermal, hydro and wind), aerospace 2.Prototype development of measurement, non-destructive testing and monitoring systems to ensure the safety of industrial facilities and bulky engineering structures
Description: 1. Applied research on physical-mechanical properties of materials, their changes and detection of internal defects using non-destructive ultrasonic methods of materials science, diagnostics and measurement 2. Applied research on non-destructive ultrasonic testing methods for the prevention of technological accidents in the oil and gas industry, transport (railways, bridges), energy (nuclear, thermal, water and wind), aerospace 3.Applied research on the application of ultrasound diagnostic techniques in medicine 4.Development of prototypes of ultrasonic quality control systems for monitoring technological processes in production 5.Development of prototypes of ultrasonic measurement, non-destructive testing and monitoring systems to ensure the safety of industrial facilities and large-scale engineering constructions 6. Prototyping of ultrasonic transducers for medical and technical diagnostics 7.Technical feasibility studies for the application of new ultrasonic non-destructive testing and measurement methods for quality control of industrial products and monitoring of production processes
Description: 1. Applied research on physical-mechanical properties of materials, their changes and detection of internal defects using non-destructive ultrasonic methods of materials science, diagnostics and measurement 2. Applied research on non-destructive ultrasonic testing methods for the prevention of technological accidents in the oil and gas industry, transport (railways, bridges), energy (nuclear, thermal, water and wind), aerospace 3.Applied research on the application of ultrasound diagnostic techniques in medicine 4.Development of prototypes of ultrasonic quality control systems for monitoring technological processes in production 5.Development of prototypes of ultrasonic measurement, non-destructive testing and monitoring systems to ensure the safety of industrial facilities and large-scale engineering constructions 6. Prototyping of ultrasonic transducers for medical and technical diagnostics 7.Technical feasibility studies for the application of new ultrasonic non-destructive testing and measurement methods for quality control of industrial products and monitoring of production processes
