EMI's TwinGun Concept for a New Light-gas Gun Type Hypervelocity Accelerator von Putzar, Robin, Schaefer, Frank

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Concept for a new light-gas gun type hypervelocity accelerator von Putzar, Robin, Schaefer, Frank

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Simulation of blast propagation and structural effects of accidental hydrogen-air-mixture explosion in a two-stage light-gas gun laboratory for hypervelocity impact experiments von Signetti, Stefano, Klomfass, Arno, Riedel, Werner, Putzar, Robin, Heine, Andreas

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A stuffed Whipple shield for the Chinese space station von Putzar, Robin, Zheng, Shigui, An, Jing, Hovland, Scott

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Evaluating UHMWPE-stuffed aluminium foam sandwich panels for protecting spacecraft against micrometeoroid and orbital debris impact von Moonen, Jarrod, Ryan, Shannon, Kortmann, Lukas, Putzar, Robin, Forrester, Crystal, Barter, Simon, Marzocca, Pier, Shekhter, Alex, Mouritz, Adrian

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Four-view split-image fragment tracking in hypervelocity impact experiments von Watson, Erkai, Kunert, Nico, Putzar, Robin, Maas, Hans-Gerd, Hiermaier, Stefan

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Experimental verification of an innovative debris detector von Bauer, Waldemar, Romberg, Oliver, Putzar, Robin

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Light scattering model for small space debris particles von Peltoniemi, Jouni I., Zubko, Nataliya, Virkki, Anne K., Gritsevich, Maria, Moilanen, Jarmo, Roulet, Jean-Christophe, Nguyen, David, Mitev, Valentin, Putzar, Robin, Watson, Erkai, Schimmerohn, Martin, Penttilä, Antti, Muinonen, Karri, Millinger, Mark

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Hypervelocity impact response of honeycomb sandwich panels von Schonberg, William, Schäfer, Frank, Putzar, Robin

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Predicting the Perforation Response of Honeycomb Sandwich Panels Using Ballistic Limit Equations von Schonberg, William P, Schaefer, Frank, Putzar, Robin

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A stuffed Whipple shield for the Chinese space station von Putzar, Robin, Zheng, Shigui, An, Jing, Hovland, Scott

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Stereoscopic imaging determines space debris impact crater distribution and morphology von Gulde, Max, Berger, Heiko, Putzar, Robin

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CANON A GAZ LEGER ET PROCEDE D'ACCELERATION D'UN OBJET SOLIDE, AU MOYEN D'UN TEL CANON A GAZ LEGER von PUTZAR ROBIN, SCHAFER FRANK

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How hypervelocity impacts can affect the LISA mission - The MIRAD study: Paper presented at 70th International Astronautical Congress 2019, 21-25 October 2019, Washington, D.C., US... von Putzar, Robin, Watson, Erkai, Schimmerohn, Martin, Kärräng, Patrik, Millinger, Mark

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Leichtgaskanone und Verfahren zum Beschleunigen eines festen Gegenstandes mittels einer solchen Leichtgaskanone von SCHAEFER, FRANK, PUTZAR, ROBIN

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Screening tests for enhanced shielding against hypervelocity particle impacts for future unmanned spacecraft von Putzar, Robin, Hupfer, Jan, Aridon, Gwenaëlle, Gergonne, Bernard, David, Matthieu, Bourke, Paul, Cougnet, Claude

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Measuring impact craters on the ISS Columbus Module: Paper presented at 69th International Astronautical Congress, Bremen, Germany, October 1-5, 2018 von Putzar, Robin, Gulde, Max, Sabath, Dieter, Fiedler, Hauke, Drolshagen, Gerhard, Braukhane, Andy, Horstmann, Andre, Wiedemann, Carsten, Schimmerohn, Martin, Schäfer, Frank

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TRIPLE WALL BALLISTIC LIMIT EQUATION von Schafer, Frank, Putzar, Robin

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VULNERABILITY OF SHIELDED FUEL PIPES AND HEAT PIPES TO HYPERVELOCITY IMPACTS von Putzar, Robin, Schafer, Frank, Romberg, Oliver, Lambere, Michel

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Leichtgaskanone und Verfahren zum Beschleunigen eines festen Gegenstandes mittels einer solchen Leichtgaskanone von SCHAEFER, FRANK, PUTZAR, ROBIN

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