7,660 research outputs found
Frühling : M. Goetz
No full textEin Geige spielender Knabe sitzt in einem Baum, vor ihm sitzen kleine Vögel und Kinderfiguren auf einem Ast und hören ihm zuKarte postalisch ungelaufen, handschriftlicher Text auf der RückseiteDas Motiv findet sich auch in dem Buch: Sonnen-Engelein! von Margarete Goetz, Zürich: Verlag Hofer & Co. A.-G., um 1906, o. S.Nr. 255 Exemplar der Zentralbibliothek Zürich, Graphische Sammlung und Fotoarchi
Sonnen-Engelein als Tröster : M. Goetz
No full textEin nacktes Kleinkind mit Flügelchen tröstet einen Knaben, der weinend unter einem Baum sitzt, eine Geige neben sich liegendKarte postalisch gelaufen, Stempel unleserlichDas Motiv findet sich auch in dem Buch: Sonnen-Engelein! von Margarete Goetz, Zürich: Verlag Hofer & Co. A.-G., um 1906, o. S.Nr. 251 Exemplar der Zentralbibliothek Zürich, Graphische Sammlung und Fotoarchi
Divertimenti Violine Viola Violoncello
No full textde M. W. A. MozartBibliogr. Nachweis: RISM A/I: M 6303 ; KV, Anhang B zu 563, S. 795 ; Schneider, Götz Bd. 1, S. 212Bearb. ermitteltVorlageform des Erscheinungsvermerks: á Mannheim chez Iohann Michael Goetz. Marchand de Musique. A. P. Prix 1 fl. 40 kr.Plattendruck[Clavecin] [1] Bl., 23 S
Goetz Residence
No full textArchitectural drawing in pencil of the Goetz residence project, showing floor plan, north and east (front) elevations.Pencil on vellu
Television Programming for Children : A Content Analysis.
No full textCoordinamento progetto di ricerca internazionale : Television Programming for Children : A Content Analysis. La ricerca é condotta in collaborazione con il Centre of Youth and Media Studies (Department of Communication. University of Montreal. Cofinanziamento Alliance for Children and Television – CANADA)) ed é parte di un piu ampio progetto comparativo internazionale direto da Maya Goetz (IZI, Munchen, Germany). Il progetto prevede un’analisi comparativa del contenuto della programmazione televisiva per bambini e ragazzi, in onda nei paesi che partecipano al progetto allo scopo di monitorare le caratteristiche dell’offerta televisiva nei vari paesi (generi, paesi di produzione dei programmi) fare emergere il tasso di internazionalizzazione vs. localizzazione dei prodotti e comparare alcune variabili di contenuto considerate particolarmente rilevanti (stereotipi di genere, caratteristiche dei personaggi, temi ricorrenti, rapresentazione dei cnfliti, etc..)
Objets inédits de la station du « Cimetière des Escargots » (Bou-Sfer, Oran)
No full textGoetz Charles, Goetz G., Schall M. Objets inédits de la station du « Cimetière des Escargots » (Bou-Sfer, Oran). In: Bulletin de la Société préhistorique française. Études et travaux, tome 61, n°2, 1964. pp. 500-511
Die Zauberflöte arrangiert
No full textComposé par W.A. MozartKupfertitel: J. Rieger 1796KV 620[Clavecin] 2 ungezählte Seiten, 50 Seiten ; Violino 12 SeitenVorlageform der Veröffentlichungsangabe: à Mannheim chez Jean Michel Goetz ; [Preisangabe:] 4 fl. 30 kr.Bibliographischer Nachweis: RISM A/I: M 5020 ; KV, Seite 800 ; Schneider, Der Musikverleger J. M. Goetz, Band 1, Seite 238Plattendruc
Die Zauberflöte arrangiert
No full textComposé par W.A. MozartKupfertitel: J. Rieger 1796KV 620[Clavecin] 2 ungezählte Seiten, 50 Seiten ; Violino 12 SeitenVorlageform der Veröffentlichungsangabe: à Mannheim chez Jean Michel Goetz ; [Preisangabe:] 4 fl. 30 kr.Bibliographischer Nachweis: RISM A/I: M 5020 ; KV, Seite 800 ; Schneider, Der Musikverleger J. M. Goetz, Band 1, Seite 238Plattendruc
Spectral Properties of Soil Grains as Inferred from Images of the Optical Microscope onboard the Phoenix Mars Lander
No full textThe Optical Microscope (OM) onboard the Phoenix Mars Lander has returned high-resolution (4 μm/px) color images of soil particles at the landing site. Spectral information was acquired by illuminating the soil samples with four different types of Light Emitting Diodes (LEDs): UV (375 nm, weak emission at 705 nm), blue (B, 468 nm), green (G, 525 nm), and red (R, 636 nm) [Hecht et al., JGR 113, E00A22, 2008]. Analysis of images acquired in the visible channels (R, G, B) lead to the distinction of four different types of particles: (1) red fines (< 10 μm), (2) brown sand (20-100 μm), (3) black sand (20-100 μm), and (4) white fines (< 10 μm) [Goetz et al., JGR 115, E00E22, 2010]. Most particles (except white fines) were found to be substantially magnetic with a saturation magnetization in the range 0.5-2 A m2/kg. Different strategies were used to derive further information on these particles from the UV images. Their analysis is complicated due to the dual emission of the UV LEDs. Potential UV luminescent particles would be expected to belong to the brightest soil particle population, as dark (black) particles would auto-absorb luminescent emission. However, when taking into account the bright particles’ near-infrared reflectance (705 nm) that would be expected based on their known red reflectance (636 nm) analysis shows that particles with increasing brightness in the RGB color images do not become brighter in UV images. Statistical analysis of the UV images suggests that soil material as a whole does not show any measurable UV luminescence. Its potential quantum efficiency (QE) must be smaller than 0.01 %. An extensive search for particles that would shine up in the UV images was also unsuccessful. From these observations we conclude that the imaged soils do not show a measurable homogeneous level of luminescent emission. Furthermore we exclude the presence of strongly luminescent mineral grains in an (otherwise) non-luminescent soil matrix
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