IPANEMA IPANEMA ANCIENT MATERIALS RESEARCH PLATFORM. L. Bertrand, M. Thoury, S. Schöder IPANEMA USR3461 CNRS/MCC

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1 IPANEMA ARCHAEOLOGY CONSERVATION SCIENCES PALAEONTOLOGY PALAEO-ENVIRONMENTS ANCIENT MATERIALS RESEARCH PLATFORM IPANEMA L. Bertrand, M. Thoury, S. Schöder IPANEMA USR3461 CNRS/MCC

2 Centre national de recherche en conservation Université de Cergy- Pontoise heritage laser platform heritage van Mobile platform for tangible heritage interoperable equipments and services from sample holder to data collection database of shared information on object studied access, know-hows and research Database and image processing center fast synchrotron X-ray imaging SOLEIL CNRS/MCC 2

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4 Source de rayonnnement intense utilisée pour étudier une très grande diversité de matériaux. Particularité unique de SOLEIL pour nous : accorder 8% de son temps de faisceau aux matériaux anciens provenance of raw materials distribution population nutrition pathologies, death past manufacturing techniques technical art history attribution, chronology use of artefacts, consumption alteration taphonomy, diagenesis site palaeo-environment anthropisation stabilisation, consolidation restauration analytical methodology instrumentation degradation behaviour laws: analogous materials novel materials : archaeomimetic materials palaeomimetic materials data processing and analysis epistemology 4

5 état de l art et groupes de travail (100 réunions) juin 2013 opération et développement unité de service et de recherche CNRS dédiée 2010, 2012 soutien à l accès à toutes les lignes de SOLEIL et partenaires

6 état de l art et groupes de travail (100 réunions) juin 2013 opération et développement unité de service et de recherche CNRS dédiée 2010, 2012 soutien à l accès à toutes les lignes de SOLEIL et partenaires 2008 microfocalisation sur PUMA source X «imagerie X rapide» ATRIMEX PATRIMEX PATRIMEX PATRIMEX PATRIMEX PATRIM 6

7 C. G. Ryan et al. - 7

8 Implementation S. Schöder Phase I: 63 m beamline (Experimental hutch inside the synchrotron building) Phase Ia: Core instrumentation (3 M ) Phase Ib: Supplemental instrumentation Phase II: 75 m beamline (satellite building) Phase IIa: Phase IIb: 8

9 PUMA - current status PUMA design validated. Construction phase started: Reconstructions in synchrotron building start in May. First hutches are built in August. Predicted start of user operation

10 Finances instrumentations for microbeam experiments: KB mirror CCD detector XRF detector Precision goniometer 10

11 Setup Instrumentation mount Goniometer Detector mount KB-mirror 11

12 Parameters of PATRIMEX setup Simultaneous diffraction (structural) and X-ray absorption spectroscopy for chemical Microscopic ( 12

13 - - research platform IPANEMA at the SOLEIL synchrotron for ancient and 13

14 facilitating macro to micro characterisations - - research platform IPANEMA at the SOLEIL synchrotron for ancient and 14

15 facilitating macro to micro characterisations - - research platform IPANEMA at the SOLEIL synchrotron for ancient and sample preparation instrumental coupling data processing 15

16 IPANEMA developing instrumentation based on adapted SOLEIL standards pilote installation allow measurements at different SOLEIL technology in order to sources synchrotron 16

17 a PATRIMEX mobile and modular station instrument and sample platform possible instruments colorimeter microscope pyrometer mass spectrometer 17

18 a PATRIMEX mobile and modular station instrument and sample platform possible instruments colorimeter microscope pyrometer mass spectrometer 18

19 FP7 EC Research Infrastructure project CHARISMA AGLAE (C2RMF) FIXLAB Budapest Neutron Centre SOLEIL / IPANEMA synchrotron methods Platform in France Platform in Hungary towards 19

20 ISMA : Imagerie et spectroscopie XIAMA : Analyse de données de Loïc Bertrand Languille Mathieu Thoury Schoeder (SOLEIL) 2 nd scientist PUMA Serge Cohen Regina Oprandi Alessandra Vichi Françoise Deschamps (SOLEIL) AI Phil Pierre Guériau post-doc UV/vis Lucie Montuelle 20