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Institute of Measurement of the Slovak Academy of Sciences in 2021 actively participated in the solution of two European COST projects focused on multimodal and correlated imaging methods. The project COST CA16101 “Multi-modal imaging of forensic science records – tools for forensic science (MULTI-FORESEE)” was focused on multimodal imaging in the field of forensic science…

In the Department of Optoelectronic Measurement Methods of the Institute of Measurement of the Slovak Academy of Sciences, measuring systems for automated tilt measurement of reactor vessels of nuclear power plants in Jaslovské Bohunice and Mochovce have been continuously developed and are currently in operation. Measuring systems are based on the principles of hydronalization and…

High-resolution X-ray microtomography measurement methods have been used in three-dimensional imaging in materials research, biology and paleontology. In non-destructive imaging and characterization of properties of new materials and technologies of additive production using 3D printing, microtomography was used in cooperation with FCFT STU to investigate the repeatability and reliability of 3D printing in additive production…

Investigator: M. Hain The Institute of Measurement of the Slovak Academy of Sciences was in 2020 as part of two European COST projects focusing on multimodal and correlated imaging methods. The first of them is focused on multimodal imaging in the field of forensic science – project COST CA16101 “Multi-modal imaging of forensic science evidence…

Investigators: M. Hain, V. Jacko In 2020, the results of the APVV-14-0719 grant project “Physical non-destructive methods for complex testing and analysis of cultural heritage artifacts” were significantly applied (the solution of the APVV application type project ended in 2019). The methods were used in cooperation with restorers in the survey of one of the…

Advanced high-resolution X-ray microtomography measurement methods have been developed in evolutionary biology (team led by Prof. Klembar, PriF UK) and helped solve the more than 100-year-old problem concerning the origin of amniotics and thus the important stage of vertebrate evolution. Fossil findings of two groups of early quadrupeds and amniotic progenitors (Diadectomorph and Seymouriamorph) were…

Investigator: M. Hain High-resolution X-ray microtomography methods have helped evolutionary biology (a team led by Prof. Klembara) to solve the problem existing over a century, related to the origin of amniotes and thus an essential stage in vertebrate evolution. This stage of evolution is important because the tetrapods broke their ties with the aquatic environment…

Investigator: M. Hain A total of 32 countries are involved in the European COST project “Multi-modal imaging of forensic science evidence – tools for forensic science”. The aim of the project is to support the emergence of innovative, multi-informative and practically usable multimodal imaging methods for the analysis of forensic (forensic) evidence. Imaging technologies include…

Investigator: M. Hain The X-ray microtomographic method of 3D imaging of biological objects was used in an extensive study focused on the comparative anatomy of legless lizards (Anguine Lizards) with emphasis on the species Pseudopus Apodus. Methods of data filtering, rendering and image segmentation were developed within the optimized microCT imaging. The comparison showed significant…