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International Workshop on Radiation Imaging Detectors iWoRID 2011

3–7 Jul 2011
ETH Zurich, Switzerland
Europe/Zurich timezone

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Session

Applications II

APP
6 Jul 2011, 09:15
HG E7 (ETH Zurich, Switzerland)

HG E7

ETH Zurich, Switzerland

www.ethz.ch www.psi.ch

Conveners

Applications II: 2 contributions

  • Thilo Michel Michel (Erlangen Centre for Astroparticle Physics)

Presentation materials

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  1. 15. From proof-of-principle to daily operation: Pixel detector technology opens up new avenues in scanning imaging
    Dr Oliver Bunk (Group leader Coherent X-ray Scattering, SLS, PSI)
    06/07/2011, 09:15
    Applications
    Oral presentation
    PILATUS technology has been developed over several years from a first proof-of principle to a commercial detector in daily operation in many laboratories around the world. Alongside with this development, scanning imaging with 2D detectors has seen a rapid development and is meanwhile applied in many biomedical and materials science applications. The methodological developments enabled by...
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  2. 208. Small Dosimeter based on Timepix device for Internation Space Station
    Daniel Turecek (IEAP CTU in Prague)
    06/07/2011, 09:50
    Applications
    Oral presentation
    The radiation environment in space is different than on Earth. The standard detection methods that are used nowadays fails. The reason is that most of the dose comes from interactions of heavy ions, mainly protons, that are not present on Earth. Measuring a track of particles and their deposited energy allows us to distinguish different particles. This information can be used for sorting...
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  3. 153. Use of Timepix chip for streak imaging in Transmission Electron Microscopy
    Dr Damien McGrouther (University of Glasgow)
    06/07/2011, 10:10
    Applications
    Oral presentation
    Lorentz microscopy is a specialised branch of TEM that enables observation of domains and domain wall structure for ferromagnetic samples and is used extensively at the University of Glasgow. Lorentz mode and TEM in general are imaging techniques with very good spatial resolution; however they are limited in temporal resolution for imaging dynamic processes. We have devised a technique for...
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