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We investigate hadron production as well as transverse hadron spectra from proton-proton, proton-nucleus and nucleus-nucleus collisions from 2 A·GeV to 21.3 A·TeV within two independent transport approaches (HSD and UrQMD) that are based on quark, diquark, string and hadronic degrees of freedom. The comparison to experimental data on transverse mass spectra from pp, pA and C+C (or Si+Si) reactions shows the reliability of the transport models for light systems. For central Au+Au (Pb+Pb) collisions at bombarding energies above ~5 A·GeV, furthermore, the measured K± transverse mass spectra have a larger inverse slope parameter than expected from the default calculations. We investigate various scenarios to explore their potential effects on the K± spectra. In particular the initial state Cronin effect is found to play a substantial role at top SPS and RHIC energies. However, the maximum in the K+/..+ ratio at 20 to 30 A·GeV is missed by 40% and the approximately constant slope of the K± spectra at SPS energies is not reproduced either. Our systematic analysis suggests that the additional pressure - as expected from lattice QCD calculations at finite quark chemical potential µq and temperature T- should be generated by strong interactions in the early pre-hadronic/partonic phase of central Au+Au (Pb+Pb) collisions.
In this paper, I investigate more closely the contribution of modal operators to the semantics of comparatives and I show that there is no need for a maximality or minimality operator. Following Kratzer s (1981, 1991) analysis of modal elements, I assume that the meaning of a modal sentence is dependent on a conversational background and an ordering source. For comparative environments, I demonstrate that the ordering source reduces a set of possible degrees to a single degree that is most (or least) wanted or expected, i.e., maximality and minimality readings of comparative constructions are an effect of the pragmatic meaning of the modal.
Friedrich Hassaurek
(1885)
General August Willich
(1878)
in: Der Deutsche Kulturträger; Vol 1 (1913), p. 11-21; 64-65; 120-122; 267-271; 304-307; 458-466; 499-506; 506-512 41 S.
Die Fundmeldungen in Band 24 von Botanik und Naturschutz in Hessen tragen die laufenden Nummern 1750 bis 1872 und stammen von Rolf Angersbach, Kurt Baumann, Ralph Baumgärtel, Dieter Bickler, Dirk Bönsel, Wolfgang Ehmke, Christian Feuring, Thomas Gregor, Volker Holzgreve, Karsten Horn, Heinz Kalheber, Gerwin Kasperek, Matthias Kellner, Detlef Mahn, Hans Reichert, Bernd Sauerwein, Hjalmar Thiel, Bärbel Wellmann und Jochen Wulfhorst.