Sektion I'liysik der U'iIliUl11i-Pieck-Zl'niversitiit Rostock Abht ract. A qiiantum statistical expression i s givon for the pressnre of multi-component plasmas whir+k 19 correct up to tho second cluater coefficient. The Pifontroll-Ward formula for the pressure is evnlrio(ec1 for any degree of degenerntion. As an example the thermodynamic stability of an clectronhole plcwma 18 discussed.
Zustand#gloichung von Coulomb-SystomonInhaltsubersicht. Fs wirdein quantenstatistischcr Ausdruck fur den Druckeines mehrkomponentigen Plasmas gegeben, der bis zum 2. Clusterkoeffizienten korrekt ist. Die Montroll-Ward Formcl fur den Druck wird bei beliebigem Entartitngsgrad ausgewertet.AIR Beispiel wird die thermodynamiache Stnbilitit eines Elelrtron-T,och-Plnsmss diskutiort.
Neurological manifestations of the SARS-CoV-2 infection are present in up to 80% of the affected patients. While the majority of them is benign, in certain patients, viral replication in the central nervous system results in a severe disruption in cognitive function as well as basic life functions. In this case series, the authors present a detailed description of the three SARS-CoV-2 infection cases, which were all complicated by severe encephalopathy. Consecutive neurological status changes were described for each patient with detailed imaging and clinical sequelae. In the discussion, the authors highlight similarities in the course of the disease in presented patients, as well as common features in test results. An effective causal treatment could not be introduced in any of the patients, nor could the progression of the central nervous system (CNS) damage be stopped. The authors hope that the experiences they gathered will help to accelerate the diagnostic and therapeutic process in other patients with COVID-19-associated encephalopathy and can result in introducing an effective treatment.
AbstractsA study of selected electronic properties for isoelectronic series of Li, Be, B, and C has been presented. The study is based on the recently developed procedure of optimization of atomic spin-orbitals.On prksente une analyse de certaines propriktks klectroniques des skries ivzklectroniques aux atomes de Li, Be, B, et C, basbe sur une mkthode d'optimisation des spin-orbitales atomiques, qui a 6tk dkveloppee rkcemment.Es wurde eine Analyse von verschiedenen Elektronen-Eigenschaften fur die isoelektronischen Reihenfolgen des Li, Be, B, und C dargestellt, die auf einer neulich entwickelten Optimalisierungsprozedur der Spin-Orbitalen Atome beruht.
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