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Displaying 16 speakers out of 16
CALIRI, C. (INFN Catania)
Lecture 19: Examples of application of FFXRF to characterize CH objects
Lecture 19 (cont.): Examples of application of FFXRF to characterize CH objects
Lecture 21: Examples of application of XRF scanner for characterization of paintings
Lecture 21: Examples of application of XRF scanner for characterization of paintings (cont.)
Lecture 21: Examples of application of XRF scanner for characterization of paintings (cont.)
Practical Demonstration 9: Measurement of paintings using XRF scanner
Practical Demonstration 10: Creation of elemental maps
CRESPO, M.L. (ICTP)
Visit to Multidisciplinary Laboratory: Introduction to instruments available at NSIL and MLAB
Lecture 17: Design of transportable XRF units: Considerations and options
DREOSSI, D. (Elettra Sincrotrone)
Lecture 11: X-ray imaging. Principles and instrument design
Practical Demonstration 6: x-ray imaging by micro CT: Main steps in measurements, image processing and interpretation
GIANONCELLI, A. (Elettra Sincrotrone)
Lecture 14: Portable XRF-XRD for characterization of valuable objects
GRIESSER, M. (Kunsthistorisches Museum Vienna)
Lecture 22: Micro XRF transportable instruments: Principle, design and practical consideration
Lecture 23: Characterization of paintings and manuscripts/charters using micro-XRF
Lecture 24: Characterization of coins using micro-XRF
Lecture 25: Characterization of historic texts using micro-XRF
Lecture 26: Characterization of glass and enamel using micro-XRF
Practical Demonstration 12: Measurement of coins using micro-XRF
Practical Demonstration 12: Measurement of pigments/dyes/inks in manuscripts and charters using micro-XRF
Practical Demonstration 12: Measurement of ceramic glazes using micro-XRF
Practical Demonstration 12: Measurement of glass and enamel using micro-XRF
Practical Demonstration 12: Measurement of paintings using micro-XRF
Practical Demonstration 12: Measurement of paintings using micro-XRF
KARYDAS, A. (NCSR Demokritos)
Lecture 5: Handheld and portable X-ray Fluorescence spectrometers: Conceptual design, Qualitative analysis, advantages and limitations
Lecture 6: Inspection of extremely valuable objects: Hand-held XRF analysis of a 16th century Mexican feather headdress
Lecture 7: XRF analysis of pigments on marble, easel and mural paintings
Practical Demonstration 1: Use of handheld XRF analyser for pigment identification
Practical Demonstration 1: Use of handheld XRF analyser for pigment identification
Lecture 8: XRF analysis of ancient and historic metal objects: Examples of applications
Practical Demonstration 2: Use of handheld XRF analyser for inspection of metal objects
Lecture 9: XRF analysis of archaeological glass: Qualitative and quantitative Insights and applications
Practical Demonstration 3: Use of handheld XRF analyser for inspection of ceramic objects
Practical Demonstration 3: Use of handheld analyser for inspection of ceramic objects
MANCINI, L. (Elettra Sincrotrone)
Lecture 16: Examples of application studies conducted at ELETTTRA synchrotron
MIGLIORI, A. (IAEA)
Lecture 4: Instrumentation available for portable/transportable x-ray spectrometry techniques
Visit to Multidisciplinary Laboratory: Introduction to instruments available at NSIL and MLAB
Practical Demonstration 1: Use of handheld XRF analyser for pigment identification
Practical Demonstration 2: Use of handheld XRF analyser for inspection of metal objects
Practical Demonstration 8: Assembling and operation of FFXRF
Practical Demonstration 8: Assembling and operation of FFXRF
Practical Demonstration 8: Measurement of metallic objects by FFXRF
Practical Demonstration 8: Measurement of ceramic objects by FFXRF
Lecture 26: Characterization of glass and enamel using micro-XRF
Practical Demonstration 12: Measurement of coins using micro-XRF
Practical Demonstration 12: Measurement of pigments/dyes/inks in manuscripts and charters using micro-XRF
Practical Demonstration 12: Measurement of ceramic glazes using micro-XRF
Practical Demonstration 12: Measurement of glass and enamel using micro-XRF
Practical Demonstration 12: Measurement of paintings using micro-XRF
Practical Demonstration 12: Measurement of paintings using micro-XRF
PADILLA ALVAREZ, R. (IAEA)
Official opening: Objectives of the Workshop, organizational arrangements
Lecture 1: The support of IAEA to characterization of cultural heritage objects.
Lecture 3: Fundamentals of X-ray spectrometry techniques and examples of application
Lecture 6: Inspection of extremely valuable objects: Hand-held XRF analysis of a 16th century Mexican feather headdress
Lecture 10: Compositional classification of archaeological ceramics: Principle and examples of application
Practical Demonstration 3: Use of handheld XRF analyser for inspection of ceramic objects
Practical Demonstration 3: Use of handheld analyser for inspection of ceramic objects
Practical Demonstration 4: Interpretation of XRF spectra The IAEA-QXAS
Practical Demonstration 5: Calibration options for quantitative available in the IAEA-QXAS
Lecture 17: Design of transportable XRF units: Considerations and options
PEREZ, M. (Balseiro Institute, Argentina)
Practical Demonstration 7: X-Ray Spectroscopy based on COTS CMOS image sensors
ROMANO, P. (INFN Catania)
Lecture 18: Full Field XRF: Principle, design and practical consideration
Lecture 19: Examples of application of FFXRF to characterize CH objects
Lecture 19 (cont.): Examples of application of FFXRF to characterize CH objects
Practical Demonstration 8: Assembling and operation of FFXRF
Practical Demonstration 8: Assembling and operation of FFXRF
Practical Demonstration 8: Measurement of metallic objects by FFXRF
Practical Demonstration 8: Measurement of ceramic objects by FFXRF
Lecture 20: Design of XRF scanners for inspection of paintings and creation of elemental maps.
Lecture 21: Examples of application of XRF scanner for characterization of paintings
Lecture 21: Examples of application of XRF scanner for characterization of paintings (cont.)
Lecture 21: Examples of application of XRF scanner for characterization of paintings (cont.)
Practical Demonstration 9: Measurement of paintings using XRF scanner
Practical Demonstration 10: Creation of elemental maps
Practical Demonstration 10: Interpretation of elemental maps
SCANDOLO, S. (ICTP)
Official opening: Objectives of the Workshop, organizational arrangements
SIBILIA, M. (Elettra Sincrotrone)
Lecture 15: Examples of application studies conducted at IAEA XSpe end-station
TUNIZ, C. (ICTP)
Official opening: Objectives of the Workshop, organizational arrangements
Lecture 2: ICTP projects in support of cultural heritage studies
Lecture 12: Whose bones are they? Hominin fossils as cultural heritage and biological archive of humankind
ZANINI, F. (Elettra Sincrotrone)
Lecture 13: Synchrotron techniques for characterization of CH objects
ZENNARO, M. (ICTP)
Official opening: Objectives of the Workshop, organizational arrangements

Organizers

Roman Padilla Alvarez (IAEA), Marco Zennaro (ICTP), Local Organiser: Claudio Tuniz

Co-sponsors