Sven Lang, Julia Benedix, Sorin V. Fedeles, Stefan Schorr, Claudia Schirra, Nico Schäuble, Carolin Jalal, Markus Greiner, Sarah Haßdenteufel, Jörg Tatzelt, Birgit Kreutzer, Ludwig Edelmann, Elmar Krause, Jens Rettig, Stefan Somlo, Richard Zimmermann* and Johanna Dudek Medical Biochemistry and Molecular Biology, Saarland University D-66421, Homburg, Germany Internal Medicine, Yale School of Medi...

In this paper we study an initial{boundary value Stefan{type problem with phase relaxation where the heat ux is proportional to the gradient of the inverse absolute temperature. This problem arises naturally as limiting case of the Penrose{Fife model for diiusive phase transitions with non{conserved order parameter if the coeecient of the interfacial energy is taken as zero. It is shown that th...

List of Participants: Werner Abelshauser (University of Bielefeld), Alla Bolotova (European University, St. Petersburg), Stefan Brakensiek (University of Bielefeld), Franz-Josef Brüggemeier (University of Freiburg), Jens Ivo Engels (University of Freiburg), Deborah Fitzgerald (Massachusetts Institute of Technology), Bernd-Stefan Grewe (University of Constance), Richard H. Grove (University of S...

Stefan Weinfurter (Hrsg.), Die Salier und das Reich. Bd.2: Reichskirche in der Salierzeit, Sigmaringen (Thorbecke) 1991. 5695.

A hyperbolic Stefan problem based on the linearized Gurtin{Pipkin heat conduction law is considered. Temperature and free boundary are controlled by a thermostat acting on the boundary. This feedback control is based on temperature measurements performed by real thermal sensors located into the domain containing the two{phase system and/or at its boundary. Three di erent types of thermostats ar...

Salva and Tarzia, [N.N. Salva, D.A. Tarzia, J. Math. Anal. Appl. 379 (2011) 240 244], gave explicit solutions of a similarity type for a class of free boundary problem for a semi-infinite material. In this paper, through an elementary approach and less stringent assumption on data, we obtain more general results than those given by their central result, and thereby construct explicit solutions ...

1. Introduction The classical Stefan problem is a model for phase transitions in solid-liquid systems and accounts for heat diiusion and exchange of latent heat in a homogeneous medium. The strong formulation of this model corresponds to a moving boundary problem involving a parabolic diiusion equation for each phase and a transmission condition prescribed at the interface separating the phases...

Romanian medicine has brought the world medicine a contribution that will last forever amongst universal values. George Emil Palade, Nicolae Constantin Paulescu, Ana Aslan, Stefan Odobleja, Thoma Ionescu, Sofia Ionescu, Dimitrie Bagdasar, Gheorghe Marinescu, Ion Cantacuzino, Victor Babes, Carol Davila, Matei Bals, C. C. Iliescu, Al. Trestioreanu, Marius Nasta, C. I. Parhon, N. Gh. Lupu, Mina Mi...

Stefan Schadwinkel , Alexander Gutschalk a,b 4 5 a. Department of Neurology, University of Heidelberg, Im Neuenheimer Feld 400, 69120 Heidelberg, Germany 6 b. Department of Neuroradiology, University of Heidelberg, Im Neuenheimer Feld 400, 69120 Heidelberg, 7 Germany 8 9 10 Running head: Streaming reversals in human AC and IC 11 12 13 14 15 16 17 18 Contact information: 19 Stefan Schadwinkel 20...

This paper is concerned with the Penrose{Fife phase{ eld model and some Stefan problems, in which the heat ux is proportional to the gradient of the inverse absolute temperature. Recently, Colli and Sprekels proved that, as some parameters in the Penrose{Fife equations tend to zero, the corresponding solutions converge against the solutions to these Stefan problems. Following their approach, we...