Workshop on quality and nutrition value of organic milk and meat

The workshop was arranged at the Institute of Genetics and Animal Breeding PAS in Jastrzębiec (IGAB), Poland, 19.-20. November 2009. The aim of the workshop was to encourage cooperation between Norwegian and Polish scientists specialized in organic animal breeding and organic milk and meat production. The organic market in Europe is growing annually from 2 to 15% depending on a country. Establishing scientific contacts with Norwegian researchers will positively influence the development of Polish organic scientific sector, which will transfer further the obtained knowledge and experience direct to the farmers. The workshop enabled Norwegian scientists to establish contacts with scientists from Poland and from other Central-European countries. The agenda of the meeting took into account the discussion on challenges and scientific ideas together with German, Austrian and Czech scientists. The workshop allowed presentation of contemporary organic breeding and production strategies for optimizing production methods in achieving high quality of organic milk and meat with high nutritive value for consumer. The presentations are available at the website: http://www.ighz.edu.pl/?p0=4&p1=32&p2=134&p3=135 During the second day of the workshop, the participants worked together and made outlines of future cooperation based on the presentations given on the first day. The workshop was funded by the Polish-Norweagian Research Fund (PNRF 284–A II– 2/08

Interface of an uncoupled boundary layer algorithm with an inviscid core flow algorithm for unsteady supersonic engine inlets

An uncoupled boundary layer algorithm was combined with an inviscid core flow algorithm to model flows within supersonic engine inlets. The inviscid flow algorithm that was used was the LArge Perturbation INlet Code (LAPIN). The boundary layer and inviscid core flow algorithms were formulated in different manners. The boundary layer algorithm was two dimensional and solved in nonconservation form, while the core flow algorithm was one dimensional and solved in conservation form. In order to interface the two codes, the following modifications were important. The coordinate system was set up to maintain the parabolic nature of the boundary layer algorithm while approaching the one dimensional core flow solution far from a wall. The pressure gradient used in the boundary layer equation was calculated using the core flow values and the boundary layer equations, so the boundary layer solution smoothly approached the core flow values far from the wall. Flaring was used for the advection terms perpendicular to the core flow to maintain the stability of the algorithm. With these modifications, the combined viscous/inviscid algorithm matched well with experimental observations of pressure distributions with a supersonic inlet

A compressible boundary layer algorithm for use with SINDA '85

It is useful to interface a high-speed-flow solution and SINDA to analyze the thermal behavior of systems that include both conduction and high speed flows. When interfacing a high-speed-flow solution to SINDA, it may be necessary to include the viscous effects in the energy equations. Boundary layer effects of interest include heat transfer coefficients (including convection and viscous dissipation) and friction coefficients. To meet this need, a fast, uncoupled, compressible, two-dimensional, boundary layer algorithm was developed that can model flows with and without separation. This algorithm was used as a subroutine with SINDA. Given the core flow properties and the wall heat flux from SINDA, the boundary layer algorithm returns a wall temperature to SINDA and boundary layer algorithm are iterated until they predict the same wall temperature

Automobile Spitznamen als Beispiel für Emotivität und Metaphorizität in den sekundären Nominationsprozessen

The article depicts the topic of the nomination in professional language, in the context of onimical processes based on principles known to other target groups not associated with the automotive industry. Important in this context are rules of metaphor and metonymy and pragmatic context of used expressions

Zajęcia projektowe jako walidacja kompetencji zdobytych w trakcie studiów neofilologicznych drugiego stopnia

In this paper, the author attempts to describe and originate classes: project offered in the field of Linguistics for Business as part of second-cycle studies in german studies at the Faculty of Philology of the University of Lodz. The aim of these classes is a practical and conscious application and checking of the knowledge, skills and social competences acquired during the master’s studies. The project activities go beyond the purely theoretical area, showing participants the current needs of the business environment thanks to the cooperation with numerous external entities