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La cristallographie en série consiste à injecter des cristaux dans un faisceau de rayons X. Au moment où le faisceau et le cristal entrent en contact, des rayons lumineux sont…
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In serial crystallography, crystals are injected into an x-ray beam. When the beam and crystal collide, light beams are deflected. The deflected light beams are recorded by a detector. The structure…
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Les protons figurent parmi les constituants de toute matière quotidienne. Mesurer précisément ces composants permet non seulement d’avoir un aperçu fondé de…
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Protons are among the building blocks of all everyday matter. Measuring these building blocks precisely not only provides well-founded insights into their structure, but also helps to refine the…
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Synchrotron light is a particularly intense form of light, with characteristics that can be precisely adapted to the requirements of an experiment. Scientists use synchrotron light to determine the…
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Synchrotron light is a particularly intense form of light, with characteristics that can be precisely adapted to the requirements of an experiment. Scientists use synchrotron light to determine the…
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(DE) Kamerafahrt mit dem Velo durch den 740 Meter langen Freie-Elektronen-Röntgenlaser SwissFEL entlang der ATHOS-Strahllinie, November 2021. Die jüngste Grossforschungsanlage des PSI…
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La plus récente grande installation de recherche du PSI génère de très courtes impulsions de rayons X, ayant les propriétés du laser. Cela permet aux…
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The latest large research facility at PSI generates very short pulses of X-ray light with laser-like properties. This enables researchers to observe extremely fast processes, such as how new…
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La cristallographie en série consiste à injecter des cristaux dans un faisceau de rayons X. Au moment où le faisceau et le cristal entrent en contact, des rayons lumineux sont…
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