Das Wisconsin Projekt : zwischen Neoformalismus, Kognitivismus und historischer Poetik ; eine Bibliographie

Das folgende Verzeichnis listet alle uns bekannt gewordenen Arbeiten des "Wisconsin-Projektes" auf. Rezensionen und Rezensionsartikel sind nur dann einzeln verzeichnet, wenn sie unserer Meinung nach eine nennenswerte Auseinandersetzung mit dem Entwurf einer historischen Poetik des Films beinhalten. Andere Rezensionen finden sich unter dem Eintrag der Monographien

Montage : eine Bibliographie

Kompiliert von Hans J. Wulff Inhalt: 1. Montage 2. Montageexperiment

Formalismus & Filmtheorie : eine Arbeitsbibliographie

Die folgende Bibliographie gibt ein relativ umfassendes Bild der filmtheoretischen Arbeiten der Formalisten und ihrer breiten und heterogenen Rezeption. Hinweise zahlreicher Kollegen sind eingegangen. Dank gilt insbesondere Ludger Kaczmarek

Effect of composition changes on the structure and properties of phosphate glasses in the pyrophosphate region

The structures of phosphate glasses in the ultra- and polyphosphate region are well-investigated. Discontinuous changes of the properties in the composition ränge around 50 mol% P₂O₅ (transition from network to chain-like structures) are known. The present work is concerned with the structural transition of chain-like phosphate glasses to pyrophosphate glasses. ³¹P MAS N M R in vestigations were used for the quantitative structural analyses of pyrophosphate and mixed pyrophosphate/orthophosphate glasses. Several chemical and physical properties of these glasses were determined in dependence on composition and structure. The in vestigated phosphate invert glasses are very sensitive to additives. Therefore, some important properties of phosphate invert glasses and glass-ceramics can be controlled by addition of relatively small and highly charged cations

Phosphate glasses and glass-ceramics for medical applications

Modified calcium phosphate glass Systems meet the requirements for the development of different biomaterials. Bioactive, longterm stable phosphate glass-ceramics and resorbable phosphate glasses were prepared in the Systems P₂O₅ - CaO - Al₂O₃ - Na₂O and P₂O₅ - CaO - MgO - Na₂O . Due to their high thermal expansion coefficients the bioactive phosphate glass-ceramics are excellently suited for coating metals. Using a salt-sintering process, porous resorbable glasses can be obtained. The properties of glassceramic coatings on cobalt/chromium alloys and the production of porous resorbable phosphate invert glasses are described

structural investigations of SiO₂-containing phosphate glasses

The incorporation of SiO₂ into phosphate glasses is interesting in view of the development of phosphatic biomaterials. The present investigation is concerned with the incorporation of SiO₂ into phosphate base glasses possessing different phosphate structures. Due to their structural characteristics, they can be classified into three groups: glasses with long phosphate chains or rings formed by Q² phosphate structural groups, glasses with shorter phosphate chains formed by Q² and Q¹ groups and glasses with phosphate invert glass structure, possessing ortho(Q°)- and pyrophosphate groups (two Q¹ groups) exclusively. The structures of these glasses in dependence on the incorporated silica were investigated by transmission electron microscopy and by ³¹P MAS NMR. The principles of incorporation are discussed

Täter-Opfer-Ausgleich in Deutschland. Auswertung der bundesweiten Täter-Opfer-Ausgleichs-Statistik für die Jahrgänge 2006 bis 2009, mit einem Rückblick auf die Entwicklung seit 1993

Ziel des Projektes ist die bundesweite Erfassung von Täter-Opfer-Ausgleich im Jugend- und Erwachsenenstrafrecht und die Erstellung einer Bundesstatistik über diese strafrechtliche Maßnahme der Diversion

New Developments in High-Temperature Measurement Techniques

Temperature can be measured via emitted thermal radiation of the measured object using Max Planck’s law of thermal radiation, which describes the emission of thermal radiation as a function of temperature of an ideal black body. However, thermal radiation measurement requires accurately calibrated detectors. The calibration of such detectors has been significantly improved in the last years, yielding calibration uncertainties of the spectral responsivity of detectors down to 10-4 in National Metrology Institutes. The paper briefly reviews the experimental and physical principles of optical temperature measurement via emitted thermal radiation and then covers recent developments in calibration technologies. Finally, practical methods for transferring these low uncertainties already achieved in the National Metrological Institutes to industry are outlined