(La) peinture de diableries à la fin du moyen-âge, Jérôme Bosch ...

Mode of access: Internet.

Sulla ricomposizione e ricostruzione della cantoria di Giovanni Pisano. Sommario esame di alcuni studi fin qui fatti proposte.

"Progetto di ricomposizione della cantoria di Giovanni Pisano. Rapporti coi pulpiti della Scuola Pisana e con altri progetti" (2 pl., accordion fold.) in pocket.

Mémoires pour servir à l'histoire des événemens de la fin du dix-huitième siècle depuis 1760 jusqu'en 1806-1810,

t. 1. 1. section. De la destruction des jésuites. 2. section. Des dernières années du règne de Louis XV. 3. section. Du règne de Louis XVI jusqu'a l'Assemblée des notables.--t. 2. 4. section. Du fameux procés du collier. 5. section. De la révolution français.--t. 3-5. [5. section, suite] De la révolution française.--t. 6. Sur la route de poste de Fribourg en Brisgaw à Saint-Pétersbourg. Voyage à Saint-Pétersbourg.

Lehrbuch zum Selbstunterricht im babylonischen Talmud : ausgewählte Musterstücke aus dem Talmud mit möglichst sinn- und wortgetreuer Uebersetzung des Textes und des Commentars Raschi, mit sprachlichen und sachlichen Erläuterungen und mit einer Einleitung in den babylonischen Talmud versehen

bearbeitet von Ph. Lederer

Variations of fin whale vocalizations in the Northeast Pacific and the effects of environmental parameters on acoustic sensitivity

Senior thesis written for Oceanography 445

Homology of fin lepidotrichia in osteichthyan fishes

Lepidotrichia are dermal elements located at the distal margin of osteichthyan fins. In sarcopterygians and actinopterygians, the term has been used to denote the most distal bony hemisegments and also the more proximal, scale-covered segments which overlie endochondral bones of the fin. In certain sarcopterygian fishes, including the Rhizodontida, these more proximal, basal segments are very long, extending at least half the length of the fin. The basal segments have a subcircular cross section, rather than the crescentic cross section of the distal lepidotrichial hemisegments, which lack a scale cover and comprise short, generally regular, elements. In rhizodonts and other sarcopterygians, e.g. Eusthenopteron, the basal elements are the first to appear during fin development, followed by the endochondral bones and then the distal lepidotrichia. This sequence contradicts the 'clock-face model' of fin development proposed by Thorogood in which the formation of endochondral bones is followed by development of lepidotrichia. However, if elongate basal 'lepidotrichia' are not homologous with more distal, jointed lepidotrichia and if the latter form within a distal fin-fold and the former outside this fold, then Thorogood's 'clock-face' model remains valid. This interpretation might indicate that the fin-fold has been lost in early digited stem-tetrapods such as Acanthostega and Ichthyostega and elongate basal elements, but not true lepidotrichia, occur in the caudal fins of these taxa.

Fin spacing interaction in fluidized bed heat exchangers

The work presented in this thesis is concerned with the heat transfer performance of a single horizontal bare tube and a variety of finned tubes immersed in a shallow air fluidized bed. Results of experimental investigations with the bare tube indicate that the tube position in the bed influences its performance narticularly where fine bed materials are used. In some cases the maximum heat transfer is obtained with the tube in the particle cloud just above the dense phase fluidized bed - a phenomenon that has not been previously observed. This was attributed to the unusual particle circulation in shallow beds. The data is also presented in dimensionless correlations which may be useful for design purposes. A close approximation to the bare tube data can be obtained by using thetransient heating of a spherical robe and this provides a valuable way of accumulating a lot of data very rapidly. The experimental data on finned tubes shows that a fin spacing less than twenty times the average particle diameter can cause a significant reduction in heat transfer due to the interaction which takes place between the particles and the surface of the fins. Furthermore, evidence is provided to show that particle shape plays an important part in the interaction with spherical particles being superior to angular particles at low fin spacing/particle diameter ratio. The finned tube data is less sensitive to tube position in the bed than bare tubes and the best performance is when the tube is positioned at the distributor.A reduction in bed depth decreases the thermal performance of the finned tube but in many practical installations the reduction in pressure drop might more than comnensate for the reduced heat flux. Information is also provided on the theoretical uerformance of fins and the effect of the root contact area between the fins and the tube was investigated.