932 resultados para Scene Graph
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Welsch (Projektbearbeiter): Karikatur auf die Ablehnung der deutschen Kaiserkrone durch Friedrich Wilhelm IV.: der vor einem bezopften Repräsentanten des Hauses Habsburg stramm stehende und seine Pickelhaube lüftende preußische König gibt die ihm von der Nationalversammlung angetragene Kaiserkrone symbolisch der Wiener Schatzkammer zurück
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Lipmann Mose Büschenthal
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-pshare- computes and graphs percentile shares from individual level data. Percentile shares are often used in inequality research to study the distribution of income or wealth. They are defined as differences between Lorenz ordinates of the outcome variable. Technically, the observations are sorted in increasing order of the outcome variable and the specified percentiles are computed from the running sum of the outcomes. Percentile shares are then computed as differences between percentiles, divided by total outcome. pshare requires moremata to be installed on the system; see ssc describe moremata.
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[Pietro di Santarosa]
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Signatur des Originals: S 36/F07726
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Signatur des Originals: S 36/F07727
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Signatur des Originals: S 36/F07729
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Signatur des Originals: S 36/G03112
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Signatur des Originals: S 36/G03113
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Signatur des Originals: S 36/G03300
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Signatur des Originals: S 36/G03301
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Signatur des Originals: S 36/G03339
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Signatur des Originals: S 36/G14524
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A number of thrombectomy devices using a variety of methods have now been developed to facilitate clot removal. We present research involving one such experimental device recently developed in the UK, called a ‘GP’ Thrombus Aspiration Device (GPTAD). This device has the potential to bring about the extraction of a thrombus. Although the device is at a relatively early stage of development, the results look encouraging. In this work, we present an analysis and modeling of the GPTAD by means of the bond graph technique; it seems to be a highly effective method of simulating the device under a variety of conditions. Such modeling is useful in optimizing the GPTAD and predicting the result of clot extraction. The aim of this simulation model is to obtain the minimum pressure necessary to extract the clot and to verify that both the pressure and the time required to complete the clot extraction are realistic for use in clinical situations, and are consistent with any experimentally obtained data. We therefore consider aspects of rheology and mechanics in our modeling.