Spelling suggestions: "subject:"moulin""
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Mühlen im Münsterland : der Einsatz von Wasser- und Windmühlen im Oberstift Münster vom Ausgang des Mittelalters bis zur Säkularisation (1803) /Theißen, Peter, January 2001 (has links)
Diss.--Münster, 1996. / contient 7 cartes dans une pochette. Bibliogr. p. 495-576.
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Le Moulin et le meunier dans la société rurale auvergnate du XVIIIe sièclePerry, Laurence, January 1987 (has links)
Th. 3e cycle--Hist.--Clermont-Ferrand 2, 1986.
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"Como acqua de mola" : mulini ad acqua nel territorio di Calci in età medievale : ricostruzione storica, analisi topografica, studio della gestione economica (secoli X-XIII) /Panduri, Tiziana. January 2001 (has links)
Tesi di laurea--Conservazione dei beni culturali--Pisa--Università degli studi, 1999. / Bibliogr. p. 113-116. Index.
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Les institutions municipales de Moulins sous l'Ancien RégimeBaer, Paul. January 1906 (has links)
Thesis (doctoral)--Université de Paris, 1906. / At head of title: Université de Paris, Faculté de droit. Includes bibliographical references (p. [497]-499).
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Les institutions municipales de Moulins sous l'Ancien RégimeBaer, Paul. January 1906 (has links)
Thesis (doctoral)--Université de Paris, 1906. / At head of title: Université de Paris, Faculté de droit. Bibliography: p. [497]-499.
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Vattenmöllor och möllare i det romerska riket /Wikander, Örjan, January 1980 (has links)
Akademisk avhandling--Historia--Lund, 1980. / Résumé en anglais. Bibliogr. p. 145-152.
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Les pratiques de la commande picturale dans la Généralité de Moulins de 1531 à 1790 / Paintings commissioning in the Generality of Moulins from 1531 to 1790Thivolle, Guennola 10 July 2015 (has links)
[néant] / [no summary]
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Die Mühle in der Stadt : Müllerhandwerk in Göttingen, Hameln und Hildesheim vom Mittelalter bis ins 18. Jahrhundert /Göbel, Ilka. January 1993 (has links)
Diss.--Historisch-philologische Wissenschaften--Göttingen--Georg-August-Universität, 1991. / Bibliogr. p. 248-264.
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Quantitative controls on the routing of supraglacial meltwater to the bed of glaciers and ice sheetsClason, Caroline January 2012 (has links)
The influence of seasonal influx of supraglacial meltwater on basal water pressures and consequent changes in ice surface velocity has been a focus of research spanning over three decades, particularly focussing on alpine glaciers. Now, with increased recognition for a need to better include glacial hydrology within models of ice dynamics and ice sheet evolution, the ability to predict where and when meltwater is delivered to the subglacial system is paramount, both for understanding the dynamics of alpine glaciers, and of large Arctic ice masses. Studies of the dynamics of outlet glaciers on the Greenland Ice Sheet have received particular attention in recent years, as links between ice acceleration and increased surface melt production are explored. Responses of horizontal and vertical ice velocities to meltwater generated suggest efficient transmission of meltwater from the supraglacial to subglacial hydrological systems. Indeed, in the case of meltwater transfer through the drainage of supraglacial lakes, it has been shown that such build-ups of stored meltwater can force crevasse penetration through many hundreds of metres of ice. This thesis presents a new modelling routine for the prediction of moulin formation and delivery of meltwater to the ice-bed interface. Temporal and spatial patterns of moulin formation through propagation of crevasses and drainage of supraglacial lakes are presented, and quantitative controls on water-driven crevasse propagation are investigated through a series of sensitivity tests. The model is applied to two glacial catchments: the Croker Bay catchment of Devon Ice Cap in High Arctic Canada; and Leverett Glacier catchment of the southwest Greenland Ice Sheet. Through model application to these sites, sensitivities to crevasse surface dimensions, ice tensile strength, ice fracture toughness and enhanced production of surface meltwater are investigated. Model predictions of moulin formation are compared with field observations and remotely sensed data, including ice surface velocities, dynamic flow regimes, and visible surface features. Additionally, model quantification of meltwater delivered to the ice-bed interface of Leverett Glacier is compared with profiles of measured proglacial discharge. Moulin formation is predicted at increasingly high elevation with time into the ablation season in both4catchments, and furthermore, the model predicts an increase in both the number of moulins and the number of lake drainages in response to increased melt scenarios. Sensitivity testing confirms that the model is most sensitive to factors influencing the rate at which meltwater fills a crevasse, and results highlight the importance of accurate parameterisation of crevasse surface dimensions and the tensile strength of the ice. Further applications of the model are discussed, with a focus on incorporation into coupled models of glacial hydrology and dynamics, including larger scale ice sheet modelling. The inclusion of spatially distributed points of temporally varying meltwater delivery to the subglacial system is imperative to fully understand the behaviour of the subglacial drainage system. Furthermore, dynamic response to future climatic change and increased melt scenarios, and the consequent evolution of ice masses, including those in the Canadian Arctic and Greenland, cannot be fully understood without first understanding the glacial hydrological processes driving many of these changes.
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La charpenterie des moulins à farine au XIXe siècle dans la région de Kamouraska et de Rivière-du-LoupJean, Régis. 30 April 2024 (has links)
No description available.
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