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X AUSE Conference & V ALBA User's meeting

5–8 Sept 2022
ALBA Synchrotron
Europe/Madrid timezone

Session

ALBA B - 08/09/22 III

8 Sept 2022, 17:30
Maxwell Auditorium (ALBA Synchrotron)

Maxwell Auditorium

ALBA Synchrotron

Carrer de la Llum 2-26

Conveners

ALBA B - 08/09/22 III

  • François Fauth (ALBA-CELLS)

Presentation materials

There are no materials yet.

  1. 129. Operando experiments for catalysts
    Patricia Concepción (Instituto de tecnología química)
    08/09/2022, 17:30
    Oral
  2. 85. Experiments of $CO{_2}$ adsorption in zeolites and structural stability of carbonate phases at high-pressure and temperature conditions using synchrotron X-ray diffraction
    David Santamaria (MALTA-Consolider Team, Applied Physics Departament, Institute of Materials Science-ICMUV, University of Valencia, Spain. )
    08/09/2022, 17:55
    Oral

    High‐pressure and high-temperature techniques are used to strongly modify the atomic interactions of matter while in situ synchrotron X-ray diffraction characterizes the samples. This has enabled reliable experimental studies in a wide range of P-T conditions, like those presented here. Firstly, I will present the results of two $CO{_2}$-loaded pure-silica zeolites where the content of...

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  3. 94. Future of high pressure at Alba
    Catalin Alexandru Popescu (ALBA Synchrotron)
    08/09/2022, 18:20
    Oral

    Alba synchrotron is going towards an important upgrade, Alba II, impacting the future characterization capabilities offered to the user community. In this framework, the high-pressure program is one of the Alba scientific programs that has to compete with other scientific areas serving wide user community. Thus, it is critical that HP techniques fit in the big picture of Alba II and the...

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  4. 44. Hierarchical organization in biodegradable polymer films by SAXS, USAXS and synchrotron FTIR imaging
    Dr Christopher Garvey (Technische Universität München, Lichtenbergstraße 1, 85748 Garching, Germany)
    08/09/2022, 18:45
    Oral

    Poly(lactic) acid (PLA) is a biodegradable biopolymer which suffers from poor mechanical properties and high cost. The addition of polyethylene (PE) introduces a toughening effect which dramatically improves these material properties. Here we report on initial characterization of films produced by blown film extrusion and the re-organization of films as static loads are applied. The...

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