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Silk microscopic view9/17/2023 These fifteen to 10,000 times magnified high-resolution images then allow for a detailed analysis of the sample’s surface features, shape, size, elements and compounds as well as arrangement of its atoms. By scanning the sample with a focused beam of electrons which interact with the sample’s atoms, SEM produces greyscale images of the sample’s surface. SEM is a valuable technology which can uncover important information about material samples including textiles, such as raw ingredients used in their production. This masterclass report has been written by Vendy Hoppe (The University of Manchester).ĭr Margarita Gleba, an archaeologist specialising in textiles and other organic materials, introduced the participants of this British Academy Event to Scanning Electron Microscopy (SEM) of textile fibres during the third masterclass. This masterclass was delivered by Dr Margarita Gleba (Ludwig Maximilian University Munich / University College London).
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