60,165 research outputs found
Iglau / Geripp: Offic. A. Jersche ; Terrain: Hptm. Joh. Wenzel u. Offic. F. Erben
IGLAU / GERIPP: OFFIC. A. JERSCHE ; TERRAIN: HPTM. JOH. WENZEL U. OFFIC. F. ERBEN
General-Karte von Mittel-Europa (-)
Iglau / Geripp: Offic. A. Jersche ; Terrain: Hptm. Joh. Wenzel u. Offic. F. Erben (33°49°) ( -
COMPLEX-FORMATION OF GUANIDINATED BOVINE TRYPSIN-INHIBITOR (KUNITZ) WITH TRYPSIN, CHYMOTRYPSIN AND TRYPSINOGEN AS STUDIED BY THE SPIN-LABEL TECHNIQUE
Wenzel H, Tschesche H, VONGOLDAMMER E, NETZELMANN U. COMPLEX-FORMATION OF GUANIDINATED BOVINE TRYPSIN-INHIBITOR (KUNITZ) WITH TRYPSIN, CHYMOTRYPSIN AND TRYPSINOGEN AS STUDIED BY THE SPIN-LABEL TECHNIQUE. FEBS LETTERS. 1982;140(1):53-57
Fünf Gedichte von Karl Egon Ebert für eine Singstimme mit Begleitung des Piano Forte : Werk No. 69
gesetzt ... von Wenzel J. TomaschekVorlageform des Erscheinungsvermerks: PRAG bei Kronberger u. Weber. Schönpflug geschr. u. lith. Ant. Machek gedruck
Professor Schaffhausen
geweiht von Johann Wenzel Rautenkranz, J. U. C. in BregenzZusgeb. mit 22 anderen Werke
The same, yet different: re-encoding identity in U-Carmen eKhayelitsha
Enter any additional information or requests for the Library here.This article explores the reconceptualisation of the opera Carmen as a cinematic adaptation of George Bizet's eponymous opera (1873-1874), situated within an African context. The change in culture and context affects the interpretation of the character Carmen, who emerges as a strong black woman striving for autonomy within a patriarchal and sexist postcolonial South African society. The argument is based on an interpretation of identity as a social construct dependent on the interaction between character and place within a specific period of time - in this context Khayelitsha, a township on the outskirts of Cape Town at the beginning of the 21st century. Film director Mark Dornford-May's and musical director Charles Hazlewood's portrayal of the modern Carmen as an emancipated woman within a postcolonial / postmodernist context could be traced by interpreting semiotic signs and specific narrative strategies - as found in literature and cinematic texts. The re-encoding of Carmen's identity in U-Carmen eKhayelitsha questions intransigent or stereotypical perceptions of Carmen as the iconic femme fatale to which audiences have become accustomed. The indigenised production offers recourse to alternative perceptions of Carmen's identity. U-Carmen eKhayelitsha does not deny the sensuality and femininity attributed to Carmen in the precursory texts, but it depicts Carmen as an even more complex character than the one depicted in Bizet's opera
A Dynamic Subfilter-scale Stress Model for Large Eddy Simulations Based on Physical Flow Scales
We propose a new definition of the length scale in an eddy-viscosity model for large-eddy simulations (LES). This formulation extends and generalizes a previous proposal [Piomelli, Rouhi and Geurts, Proc. ETMM10, 2014], in which the LES length scale was expressed in terms of the integral length-scale of turbulence determined by the flow characteristics and explicitly decoupled from the simulation grid; this approach was named Integral Length-Scale Approximation (ILSA). As in the original ILSA, the model coefficient was determined by the user, and required to maintain a desired contribution of the unresolved, subfilter scales (SFS) to the global transport. We propose a local formulation (local ILSA) in which the model coefficient is local in space, allowing a precise control over SFS activity as a function of location. This new formulation preserves the properties of the global model; application to channel flow and backward-facing step verifies its features and accuracy
Variationen über Wenzel Müllers Lied "Ich bin der Schneider Kakadu"
von Ludwig van BeethovenTonart: G-Dur. - Vorlageform des Erscheinungsvermerks: Wien, bey S. A. Steiner und Comp. - Verl.-Nr.: No. 4603. - Pl.-Nr.: S: u: C: 4603. - Stich. - Preisangabe: Preis f 2 C. M
Large-eddy simulation of a separated flow with a sub-filter scale model based on the integral length-scale
A new sub-filter scale model for large-eddy simulations, which uses a length-scale proportional to the integral scale of the turbulence instead of the grid resolution to parametrize the modelled stresses, will be assessed in the prediction of the flow of a boundary-layer over a rough surface, which includes separation and reattachment
ChemInform Abstract: Synthesis and Crystal Structures of Cyclosilazanes Having Unusual Conformations.
- …
