• Zum Seiteninhalt (Accesskey 1)
  • Zur Hauptnavigation (Accesskey 2)
  • Bundesministerium Frauen, Wissenschaft und Forschung
  • Forschungsinfrastruktur-Datenbank
  • Start
  • Search
  • Mapping
    • Statistics by region
    • Cluster
    • Monitoring
    • Gallery
  • About
    • R&D - Institutions
    • Federal Ministry of Women, Science and Research (BMFWF)
    • Austrian Federal Economic Chamber (WKÖ)
    • Federal Ministry of Economy, Energy and Tourism (BMWET)
  • FAQs & Info
    • FAQs
      • Description of the Research Infrastructure
      • Methods & Services for Research Infrastructure
      • Research infrastructure categories
      • Additional Information to research Infrastructure
      • Search Engine
      • Contact
    • Information
      • National Strategy of Research Infrastructure
      • Research infrastructures in the European Union
      • Research infrastructure databases / Research infrastructure networks
      • BMBWF Research Infrastructure Database: Evaluation Study 2022
      • Awards and press releases
  • Registrieren
  • Login
  • DE
  • EN
Large equipment

Lumos II FTIR-Imaging-Microscope

  • To Overview
  • »
  • 9 / 20
  • »

Academy of Fine Arts Vienna

Wien | Website

Open for Collaboration

Short Description

The FTIR-microscope LUMOS II enables molecule-specific analyses of organic and inorganic samples. A high spatial resolution and a relatively large sampling stage allow the investigation of microsamples as well as selected areas on larger samples. Various operation modes and detectors offer a wide range of applications, such as characterization and identification of pigments, binders, synthetic polymers, etc. in microsamples and cross sections of embedded samples originating from art objects or archeological findings.

Depending on sample characteristics the analyses are conducted by using transmission-, reflection- or ATR-mode (attenuated total reflection). The instrument is equipped with a liquid nitrogen cooled FPA detector (32 x 32 pixels) for imaging and mapping applications in a spectral range of 5000-750 cm-1 (cm superscript minus 1), a liquid nitrogen cooled broad band MCT detector for single point analyses in a spectral range of 7800-450 cm-1 (cm superscript minus 1), as well as a DLATGS detector with limited spatial resolutions > 30 µm. Moreover, a macro unit allows coupling of the QuickSnap sampling modules of the spectrometer ALPHA II (ATR, external reflection, transmission) for the analysis of larger samples.

Contact Person

Mag. Dr. Wilfried Vetter

Research Services

The Institute for Natural Sciences and Technology in the Arts (INTK) and the Core Facility "Centre for Material Sciences in Art and Conservation (ZMKK)" are central facilities of the Academy of Fine Arts Vienna for the natural scientific (material) analysis of works of art. The facilities support members of the Academy of Fine Arts Vienna or other research institutions, museums, libraries, archives, etc. in the realisation of joint projects within the framework of research funding or contract research and also offers services (third-party funding) for external parties.
The focus is on scientific material analyses of artworks and archive materials using FTIR, Raman, XRF, UV-Vis, HSI, RSI, ESEM (EDX), Py-GC/MS, digital X-ray radiography and photo documentation (Vis, UV, IR, IRR), microscopy, chambers for accelerated ageing of samples.

Special Services FTIR-Mikroskop LUMOS II
• FTIR analyses of homogenious and inhomogeneous microsamples from art objects and archeological findings
• Visualization of material distributions by using a 1024 pixels FPA detector. Pixel resolution 5 µm (transmission, reflection), 1.25 µm (ATR)
• Specific spectra databases for the identification of materials used for art objects

Methods & Expertise for Research Infrastructure

FTIR material analyses on microsamples from art objects or archeological findings such as paint particles, embedded cross sections, scraped samples, etc. and investigation of artificially aged paint mock-ups. Visualization of material distributions in cross sections and mock-ups (imaging). Data evaluation by using comprehensive spectra databases for the identification of organic and inorganic pigments, binders, polymers, etc.

Allocation to research infrastructure

Center for Materials Science in Art and Conservation

Terms of Use

In general, the investigations are carried out by employees of the Institute for Natural Sciences and Technology in the Arts (INTK) / Centre for Materials Science in Art and Conservation (ZMKK) of the Academy of Fine Arts Vienna. However, it is also possible for members of other universities with relevant training and under certain conditions to use the equipment to carry out analyses within research projects after instruction and successful completion of a course.

Contact

Mag. Dr. Wilfried Vetter
Institut für Naturwissenschaften und Technologie in der Kunst
+ 43 (1) 58816 - 8614
w.vetter@akbild.ac.at
https://www.akbild.ac.at/de/institute/naturwissenschaften-und-technologie-in-der-kunst/institut

Location

Location on map

Share this entry

  • Facebook
  • X.com
  • Pinterest
  • LinkedIn
  • E-Mail
© 2025 FEDERAL MINISTRY of WOMEN, SCIENCE and RESEARCH
  • Terms of use / General Data Protection Regulation
  • Declaration on accessibility
  • Imprint
  • Data protection settings