The Catalogue of Services is a work in progress and may not yet include all services. We are working to expand and refine this resource. Thank you for your understanding
An ion beam analytical set-up, installed at the beamlines of the ATOMKI Tandetron accelerator, serves to determine the concentration and distribution of elements both in vacuum and in-air (for larger or sensitive artefacts) with high lateral resolution.
The National Gallery holds a large archive of documentation from technical examination and conservation of its world-class collection of western European paintings. This includes many iconic works, ranging in date from 1200 to around 1900.
Platforms:
Archlab
Techniques:
Archival research techniqueArchival techniqueDocumentary source analysis
OCT provides cross-sectional images called B-scans by analogy to ultrasonography, up to about 15 mm in width and showing structures up to about 1.5 mm in depth from the surface, on condition that the structure is at least partially transparent to the probing light (near IR).
Systematic long-term measurements for evaluating time degradation (QGIS, BIM/HBIM); High-resolution 3d models; Mapping of archaeological sites; Interactive online/offline 3D models, artistic 2D/3D renders, online/offline virtual tours, 3D prints.
Platforms:
Molab
Tools:
UAV equipped with high resolution imaging sensors: LIDAR, thermal, multispectral
Techniques:
Uav photogrammetry and aerial multispectral modelsUav-lidar
Organization
National Institute of Research and Development for Optoelectronics
Studying the stratigraphy in paintings and composite objects by applying a micrometrical resolution to measure thickness layers and to evaluate detachments and micro-fractures. NMR profilometry is applied to perform in situ analysis on mural paintings, easel paintings, wood and cellulose based manufacts, polymers, and lapideous materials.
Platforms:
Molab
Tools:
Portable NMR profiler
Techniques:
Nuclear magnetic resonance (nmr) relaxometry
Organization
National Research Council, Institute of Heritage Science - HerMatScienceLab
The portable X-Ray Fluorescence (XRF) technique is widely used in cultural heritage for non-destructive elemental analysis. It enables the examination of multiple points without damaging objects, distinguishes between different pigments on polychrome surfaces, and is useful for studying ancient metals and identifying various alloys.
Platforms:
Molab
Tools:
Portable X-ray fluorescence spectroscopy
Techniques:
X-ray fluorescence spectroscopy (xrf)
Organization
National Research Council, Institute of Heritage Science - HerMatScienceLab
At our laboratory, acid-base-acid washing, gelatinization, ultrafiltration or other filtration steps are routinely used to extract high purity substances from wood, charcoal or skeletal remains dedicated to dating and other isotopic analyses. In the case of dating, after gas purification and graphitization, the ratio of 14C and 12C atoms in the sample is measured by a LEA type accelerator mass spectrometer.
Stable carbon, nitrogen, sulphur and oxygen isotope ratio results (expressed in d13C, d15N, d34S and d18O, respectively) can be measured from the same samples using a Thermo Scientific Delta Q isotope ratio mass spectrometer coupled to an elemental analyzer (Thermo Scientific™, EA-ISOLINK CNSOH) or a gas bench (Thermo Scientific™, Gas Bench Plus) interface. These stable isotope results are very useful in palaeodietary, palaeoecology or paleoclimate studies.
The Archaeometry Laboratory of the Hungarian National Museum specializes in the analysis of museum artifacts, particularly archaeological and historical objects. The services provided by the laboratory are unique, as it has been collecting archaeological and historical archaeometric data for nearly 20 years. Its largest collection consists of archaeological ceramic data, spanning from the Neolithic to the Middle Ages.
Platforms:
Fixlab
Tools:
Micro-XRF spectrometerScanning electron microscope with energy dispersive and wavelength dispersive X-ray spectroscope, and cathodoluminescence spectroscope (SEM-EDS/WDS/CL)Raman microspectrometerFourier Transform Infrared (FT-IR) spectroscope
Techniques:
3d digital microscopyFourier transform infrared spectroscopyMicro x-ray fluorescence mapping (μxrf)Micro-raman spectroscopyScanning electron microscopy with thermionic emission gun (sem)
Organization
Hungarian National Museum Public Collection Centre, Hungarian National Museum
VIS-NIR Reflectance Spectroscopy is a non-invasive technique that provides short analysis times. It offers valuable insights for identifying organic and inorganic pigments and for analyzing changes in paintings.
Platforms:
Molab
Tools:
VIS-NIR Reflectance Spectroscopy
Techniques:
Uv-vis-nir reflectance spectroscopy
Organization
National Research Council, Institute of Heritage Science - HerMatScienceLab