Global ETD Search

601	Technologie přípravy hlubokých struktur v submikronovém rozlišení / Submicron Structures with Deep Relief — Technology of Preparation Matějka, Milan January 2017 (has links) The dissertation thesis is focused on research and development in the field of microfabrication by the technology of electron beam lithography. In the first part of this work, the extensive study is conducted in the field of technology of electron beam lithography in terms of physical principles, writing strategies and resist materials. This is followed with description of physical principles of etching for the transfer of relief structures into substrates. The thesis describes innovative techniques in modelling, simulation, data preparation and optimization of manufacturing technology. It brings new possibilities to record deep binary or multilevel microstructures using electron beam lithography, plasma and reactive ion etching technology. Experience and knowledge in the large area of microlithography, plasma and anisotropic wet-etching of silicon have been capitalized to the design process of manufacturing of nano-patterned membranes. It was followed with practical verification and optimization of the microfabrication process.
602	Strukturuntersuchungen an biologischen Materialien mit Hilfe rasterkraftmikroskopiebasierender Nanotomographie Röper, Stephanie 13 May 2011 (has links) Ziel ist die räumliche Abbildung biologischer Materialien (Knochen, Kollagenfibrillen und Zähne) hinsichtlich deren Struktur auf der Nanometerskala mit Hilfe der Nanotomographie. Die Nanotomographie ist eine moderne dreidimensionale Volumenabbildungsmethode auf der Nanometerskala basierend auf der Rasterkraftmikroskopie. Für die Nanotomographie wurden Ätzprotokolle an Zähnen, Kollagenfibrillen und Knochen entwickelt, die einen gleichmäßigen Abtrag bewirken. Lineare Verschiebungen der aufgenommenen Schichten werden mit Hilfe der manuellen Registrierung korrigiert und zu einem Volumenbild rekonstruiert. Ein zentrales Ergebnis sind dabei erste hochaufgelöste Volumenbilder einzelner Kollagenfibrillen im nativen Knochen. Neben der konventionellen Nanotomographie wird ein Ansatz zur automatisierten Nanotomographie mit einer Auflösung von 10 nm am Beispiel des menschlichen Knochens und Zahnes demonstriert. Mit Hilfe von mikroskopischen und elektronenmikroskopischen Techniken wurden die verschiedenen Strukturebenen des humanen Zahn und Knochens abgebildet und die räumlichen Strukturen der TM-AFM-Bilder auf der Mikro- und Nanometerskala eingeordnet. Darüber hinaus konnte mit Hilfe analytischer Messmethoden die chemische Zusammensetzung des kortikalen nativen Knochens erfasst werden und Änderungen durch das Ätzen detektiert werden. info:eu-repo/classification/ddc/540 ddc:540
603	Switching of surface composition and morphology of binary polymer brushes Usov, Denys 26 May 2004 (has links) Switching of surface composition and morphology of binary polymer brushes in response to changes in solvent selectivity, heating above glass transition temperatures, and contact with a rubbery stamp was studied. The binary brushes: polystyrene/poly(2-vinyl pyridine) (PS/P2VP), poly(styrene-co-2,3,4,5,6-pentafluorostyrene)/poly(methyl (meth)acrylate) (PSF/P(M)MA), and PS/PMMA were synthesized via two-step surface-initiated radical polymerization. Wetting experiments show that switching of brushes? surface composition upon exposure to solvents of various thermodynamic quality occurs faster than in 6 s. It takes longer time (5-10 min), if rate of solvent diffusion into the brush film is low. Discontinuous switching of surface composition of binary brushes is found upon exposure to binary solvents with gradually changed selectivity. X-ray Photoelectron Spectroscopy (XPS) shows quantitatively that the top brush layer (1) is dominated by respective favourite polymers after exposure to solvents of opposite selectivity and (2) comprises both brush constituents in almost symmetric ratio after exposure to non-selective solvents. Morphologies of binary brushes obtained after exposure to the solvents were studied with Atomic Force Microscopy (AFM). Local top layer composition was sensed with X-ray Photoemission Electron Microscopy (XPEEM). The morphologies are relevant to the particular solvents, reproducible, and independent on previous solvents. Phase segregation beneath the brush top layers was visualized with plasma etching. Qualitative agreement of the experimentally observed morphologies and predicted with self-consistent field theory is found. Enrichment of a binary brush top layer with the polymer providing lower surface energy takes place after annealing. Perpendicular segregation of binary brush constituents was sensed with XPEEM on perpendicular walls of imprinted elevations after wet microcontact printing. info:eu-repo/classification/ddc/530 ddc:530
604	Étude de la physico-chimie d'un magnétoplasma de chlore pour la gravure sous-micrométrique Pauna, Olivier 04 1900 (has links) Thèse numérisée par la Direction des bibliothèques de l'Université de Montréal. / L'objectif de cette thèse est de mieux comprendre les phénomènes physiques et chimiques se produisant dans un plasma de haute densité conçu pour la gravure sousmicrométrique de couches minces. Le plasma est produit dans le chlore par une onde électromagnétique de surface et peut être confiné par un champ magnétique statique uniforme. La flexibilité du réacteur en termes de conditions opératoires rend possible une étude paramétrique de l'influence du confinement magnétique sur les caractéristiques du plasma. Pour cela, nous avons examiné les propriétés du plasma au moyen de plusieurs méthodes de diagnostics comme les sondes électrostatiques, le photodétachement des ions négatifs par Jaser, la propagation d'ondes acoustiques ioniques et la spectroscopie d'émission optique. Dans un premier temps, nous nous sommes intéressés à l'influence des conditions opératoires sur les propriétés spatiales du plasma, en ce qui a trait aux caractéristiques électriques (électrons, ions positifs et négatifs) et chimiques (neutres réactifs). Dans un deuxième temps, nous avons examiné l'impact du rapport d'aspect du réacteur (i.e. rapport de la longueur du réacteur sur son rayon) tant sur les caractéristiques électriques que chimiques du plasma. Parallèlement à ces études expérimentales, nous avons développé un modèle fluide bidimensionnel, résolvant de manière auto cohérente les deux premiers moments de l'équation de Boltzmann et l'équation de Poisson. En utilisant une approche semi-implicite, nous avons pu conserver un temps de calcul assez faible et ainsi utiliser ce modèle pour l'étude d'un plasma de diffusion dans un gaz électropositif. Nous avons ainsi pu estimer la valeur du coefficient de diffusion perpendiculaire dans le cas d'un gaz électropositif soumis à un champ magnétique axial uniforme. Les résultats obtenus sont qualitativement en bon accord avec le coefficient de diffusion proposé par Liebermann et Lichtenberg. / The aim of this thesis is to achieve a better understanding of physical and chemical phenomena occurring in a high-density plasma designed for sub-micron etching of thin films. The plasma is produced in chlorine by means of an electromagnetic surface wave and it can be confined by a uniform static magnetic field. The flexibility offered by the reactor in terms of operating conditions makes possible a parametric study of the influence of the magnetic confinement on the plasma characteristics. Thus, we have examined the plasma properties by means of several diagnostics techniques, including electrostatic probes, laser photodetachment of negative ions, ion acoustic wave propagation and optical emission spectroscopy. First, we investigated the influence of the operating conditions on the spatial properties of the plasma; this includes electric characteristics ( electrons, positive and negative ions) as well as chemical characteristics (reactive neutrals). Second, we studied the impact of the reactor aspect ratio (i.e. reactor length/radius ratio) on both electrical and chemical characteristics. Together with these experimental studies, we have developed a bidimensionnal fluid model, by solving selfconsistently the first two moments of Bolzmann equation and Poisson's equation. Using a semi-implicit scheme, it was possible to maintain a short computation time and to use this model to investigate a diffusion plasma in an electropositive gas. We were thus able to estimate the value of the diffusion coefficient in the direction perpendicular to the magnetic field. The results thus obtained are in good qualitative agreement with the diffusion coefficient proposed by Liebermann and Lichtenberg. Plasmas créés par onde de surface Plasma magnétisé Gravure Spectroscopie plasma Sonde de langmuir Photodétachement laser Diffusion ambipolaire Diffusion sous champ magnétique Plasma de chlore Surface waves plasmas Magnetised plasma Etching Plasma spectroscopy Langmuir probe Photodetachment Ambipolar diffusion Diffusion in a magnetised plasma Chlorine plasma Physics / Physique (UMI : 0605)
605	Dispositifs photoniques hybrides sur Silicium comportant des guides nano-structurés : conception, fabrication et caractérisation / Hybrid photonic devices on silicon including nanostructured waveguides : conception, fabrication and characterization Itawi, Ahmad 01 December 2014 (has links) Le contexte de cette thèse couvre les dispositifs photoniques hybrides III-V sur silicium. L’étude porte sur l’intégration par collage de matériau à base d'InP sur le silicium, puis la conception d’un guide optique comportant une nanostructuration qui permettra la sélection en longueur d’onde dans un laser DFB hybride. Enfin, on étudie les étapes technologiques de fabrication d’un laser hybride injecté électriquement fonctionnant dans le domaine spectral 1.55µm, et on caractérise les dispositifs. Pour associer les matériaux III-V sur Si, nous avons développé le collage sans couche intermédiaire que l’on nomme collage hétéroépitaxial ou oxide-free. Ce collage est reporté dans la littérature comme présentant une meilleure qualité électrique. Nous avons établi les conditions de préparation permettant d’obtenir des surfaces parfaitement désoxydées, et les conditions de recuit conduisant à une interface hybride sans oxyde et sans dislocation. Mais ce recuit est réalisé à température assez élevée (~450-500°C). Nous avons alors développé le collage avec une fine couche intermédiaire d’oxyde réalisé à plus faible température -300°C- qui présente l'avantage d'être compatible avec la technologie CMOS. Nous avons étudié différentes approches pour élaborer et activer une couche d’oxyde très fine (~3nm), de façon à obtenir une surface collée sans zones localement non collées. Le collage est dans les deux cas réalisé sous vide dans un équipement de type Bonder Suss SB6e. La qualité structurale de l’interface a été observée par STEM et la qualité mécanique du joint de collage a été caractérisée par indentation. Une méthode originale de mesure quantitative et locale de l’énergie du joint de collage a été développée. La qualité optique des couches collées a été étudiée par la mesure de la photoluminescence de puits quantiques placés proches du joint d’interface. En conséquence du collage sans couche intermédiaire ou avec une couche très fine, le design du mode optique est de type double-cœur, qui ne nécessite pas de taper. Le guide optique Si est de type shallow ridge, le confinement latéral étant assuré par un matériau nanostructuré à une période sub-longueur d’onde. Ce matériau fonctionne comme un matériau effectif uniaxe pour lequel on a calculé les indices optiques ordinaire et extraordinaire selon la géométrie de la nanostructuration. On peut rajouter sur cette nanostructuration une super-périodicité qui conduit à un fonctionnement sélectif en longueur d’onde. Le comportement modal du guide est simulé à l'aide du logiciel COMSOL Multiphysics, le comportement spectral est simulé par FTDT 3D. Nous avons validé la pertinence de ce design en mesurant la transmission de guides hybrides. Ce design sera inclus dans un laser et permettra d’obtenir une émission monofréquence de type DFB. Nous avons développé les étapes technologiques nécessaires à la fabrication d’un laser hybride à base d'InP sur Silicium fonctionnant en injection électrique. Nous avons mis en oeuvre de nombreuses techniques, et développé plusieurs procédés spécifiques, en particulier, des procédés de gravure sèche de type Inductive Coupled Plasma Reactive Ion Etching ICP-RIE pour la gravure de la nanostructuration dans le silicium, et pour la gravure du mésa du laser. La présence des 2 matériaux III-V et Si dans le dispositif hybride rend ces étapes complexes. Les premiers résultats peuvent être améliorés en optimisant la technologie des contacts. Un design permettant de s’affranchir de la pénalité thermique présenté par tous les dispositifs ayant les 2 contacts électriques du coté du matériau III-V a été proposé, exploitant le passage du courant à l’interface hybride III-V / Si, ce qui est possible dans le cas du collage oxide-free. Cette approche ouvre des perspectives d’intégration au-delà de la photonique. / This work contributes to the general context of III-V materials on Silicon hybrid devices for optical integrated functions, mainly emission/amplification at 1.55µm. Devices are considered for operation under electrical injection, reaching performances relevant for data transfer application. The main three contributions of this work concern: (i) bonding InP-based materials on Si, (ii) nanostructuration of the Si guiding layer for spatial and spectral control of the guided mode and (iii) technology of an hybrid electrically injected laser, with a special attention to the thermal budget. Bonding has been investigated following two approaches. The first one we call heterohepitaxial or oxide-free bonding, is performed without any intermediate layer at a temperature ~450°C. This approach has the great advantage allowing electrical transport across the interface, as reported in the literature. We have developed oxide-free surface preparation for both materials, mainly InP-based layers, and established bonding parameter processing. An in-depth STEM and RX structural characterization has demonstrated an oxide-free reconstructed interface without any dislocation except on one or two atomic layers which accommodate the large lattice mismatch (8.1%) between InP and Si. Photoluminescence of quantum wells intentionally grown close to the interface has shown no degradation. We have also developed an oxide-based bonding process operated at 300°C in order to be compatible with CMOS processing. The original ozone activation of the very thin (~5nm) oxide layer we have proposed demonstrates a bonding surface without any unbonded area due to degassing under annealing. We have developed an original method based on nanoindentation characterization in order to obtain a quantitative and local value of the surface bonding energy. Related to the absence or to the very thin intermediate layer between the two materials, our modal design is based on a double core structure, where most of the optical mode is confined in the Si guiding layer, and no taper is required. The Si waveguide on top of the SOI stack is a shallow ridge. A nanostructured material on both sides of the waveguide core ensures the lateral confinement, the nanostructuration geometry being at a sub-wavelength period in order to operate this material well below its photonic gap. It behaves as an uniaxial material with ordinary and extraordinary indices calculated according to the structuration geometry. Such a structuration allows modal and spectral control of the guided mode. 3D modal and spectral simulation have been performed. We have demonstrated, on a double-period structuration, a wavelength selective operation of hybrid optical waveguides. Such a double-period geometry could be included in a laser design for DFB operation. This nanostructuration has larger potential application such as coupled waveguides arrays or selective resonators. We have developed all the technological processing steps for an electrically injected hybrid laser fabrication. Main developments concern dry etching, performed with the Inductive Coupled Plasma Reactive Ion Etching ICP-RIE technique of both the nanostructuration of the Silicon material, and the mesa of the hybrid laser. Efficient electrical contacts fabrication is also a complex step. First lasers operating performances could be improved. We have investigated a specific design in order to overcome the thermal penalty encountered by all the hybrid devices. This penalty is due to the thick buried oxide layer of the SOI stack that prevents heating related to the current flow to be dissipated. Taking advantage of the electrical transport we have shown at the oxide-free interface, we propose a design where the n-contact is defined on the guiding Si layer, suppressing thermal heating under electrical operation. Such an approach is very promising for densely packed hybrid devices integrated with associated electronic driving elements on Si. Circuits Intégrés Photoniques Photonique hybride sur silicium Collage NanoIndentation Energie d’activation de surface Théorie du Milieu effectif Guide optique Cristal Photonique Simulation optique Laser hybride Laser monofréquence Contrôle thermique Gravure sèche par plasma ICP Photonic Integrated Circuits Hybrid Photonic on Silicon Bonding mechanism TEM characterization NanoIndentation Surface activation Effective Medium Theory Optical waveguide Photonic Crystal Optical simulation Hybrid Laser Monomode laser Thermal control ICP RIE Etching
606	On the deformation behavior and cracking of ductile iron; effect of microstructure Kasvayee, Keivan Amiri January 2017 (has links) This thesis focuses on the effect of microstructural variation on the mechanical properties and deformation behavior of ductile iron. To research and determine these effects, two grades of ductile iron, (i) GJS-500-7 and (ii) high silicon GJS-500-14, were cast in a geometry containing several plates with different section thicknesses in order to produce microstructural variation. Microstructural investigations as well as tensile and hardness tests were performed on the casting plates. The results revealed higher ferrite fraction, graphite particle count, and yield strength in the high silicon GJS-500-14 grade compared to the GJS-500-7 grade. To study the relationship between the microstructural variation and tensile behavior on macroscale, tensile stress-strain response was characterized using the Ludwigson equation. The obtained tensile properties were modeled, based on the microstructural characteristics, using multiple linear regression and analysis of variance (ANOVA). The models showed that silicon content, graphite particle count, ferrite fraction, and fraction of porosity are the major contributing factors that influence tensile behavior. The models were entered into a casting process simulation software, and the simulated microstructure and tensile properties were validated using the experimental data. This enabled the opportunity to predict tensile properties of cast components with similar microstructural characteristics. To investigate deformation behavior on micro-scale, a method was developed to quantitatively measure strain in the microstructure, utilizing the digital image correlation (DIC) technique together with in-situ tensile testing. In this method, a pit-etching procedure was developed to generate a random speckle pattern, enabling DIC strain measurement to be conducted in the matrix and the area between the graphite particles. The method was validated by benchmarking the measured yield strength with the material’s standard yield strength. The microstructural deformation behavior under tensile loading was characterized. During elastic deformation, strain mapping revealed a heterogeneous strain distribution in the microstructure, as well as shear bands that formed between graphite particles. The crack was initiated at the stress ranges in which a kink occurred in the tensile curve, indicating the dissipation of energy during both plastic deformation and crack initiation. A large amount of strain localization was measured at the onset of the micro-cracks on the strain maps. The micro-cracks were initiated at local strain levels higher than 2%, suggesting a threshold level of strain required for micro-crack initiation. A continuum Finite Element (FE) model containing a physical length scale was developed to predict strain on the microstructure of ductile iron. The material parameters for this model were calculated by optimization, utilizing the Ramberg-Osgood equation. The predicted strain maps were compared to the strain maps measured by DIC, both qualitatively and quantitatively. To a large extent, the strain maps were in agreement, resulting in the validation of the model on micro-scale. In order to perform a micro-scale characterization of dynamic deformation behavior, local strain distribution on the microstructure was studied by performing in-situ cyclic tests using a scanning electron microscope (SEM). A novel method, based on the focused ion beam (FIB) milling, was developed to generate a speckle pattern on the microstructure of the ferritic ductile iron (GJS-500-14 grade) to enable quantitative DIC strain measurement to be performed. The results showed that the maximum strain concentration occurred in the vicinity of the micro-cracks, particularly ahead of the micro-crack tip. / Denna avhandling fokuserar på effekten av variationer i mikrostrukturen på mekaniska egenskaper och deformationsbeteende hos segjärn. För att undersöka dessa effekter, två olika sorter av segjärn, (i) GJS-500-7 och (ii) högkisellegerad GJS-500-14, gjutits till plattor av olika tjocklekar för att generera mikrostrukturvariationen. Mikrostrukturundersökning, samt drag- och hårdhetsprov gjordes på de gjutna plattorna. Resultaten visade att en högre ferritfraktion, grafitpartikelantal och sträckgräns i den högkisellegerade GJS-500-14-sorten jämfört med GJS-500-7. För att studera förhållandet mellan mikrostrukturell variation och spännings-töjningsbeteendet på makroskala, modellerades detta med hjälp av Ludwigson-ekvationen. De erhållna spännings-töjningsegenskaperna modellerades baserat på mikrostrukturell karaktäristika genom multipel linjärregression och variansanalys (ANOVA). Modellerna visade att kiselhalt, grafitpartikelantal, ferritfraktion och porfraktion var de viktigaste bidragande faktorerna. Modellerna implementerades i ett simuleringsprogram för gjutningsprocessen. Resultatet från simuleringen validerades med hjälp av experimentella data som inte ingick i underlaget för regressionsanalysen. Detta möjliggjorde att prediktera spännings-töjningsbeteendet och dess variation hos gjutna segjärns komponenter med liknande sammansättning och gjutna tjocklekar som användes i denna studie. För att kunna undersöka deformationsbeteendet på mikroskala utvecklades en metod för kvantitativ mätning av töjning i mikrostrukturen, genom DIC-tekniken (digital image correlation) tillsammans med in-situ dragprovning. I denna metod utvecklades en grop-etsningsprocess för att generera ett slumpvis prickmönster, vilket möjliggjorde DIC-töjningsmätning i matrisen och i området mellan grafitpartiklarna med tillräcklig upplösning. Metoden validerades genom benchmarking av den uppmätta sträckgränsen mot materialets makroskopiska sträckgräns mätt med konventionell dragprovning. Det mikrostrukturella deformationsbeteendet under dragbelastning karakteriserades. Under elastisk deformation avslöjade töjningsmönstret en heterogen töjningsfördelning i mikrostrukturen, och bildandet av skjuvband mellan grafitpartiklar. Sprickbildning initierades vid låg spänning och redan vid de spänningsnivåer som ligger vis ”knät” på dragprovningskurvan, vilket indikerar energidissipering genom både begynnande plastisk deformation och sprickbildning. Den lokala töjningen vis sprickinitiering skedde då den lokala töjningen översteg 2%, vilket indikerar att detta skulle kunna vara en tröskelnivå för den töjning som erfordras för initiering av mikro-sprickor. En kontinuum Finita Element (FE) modell utvecklades för att prediktera töjningen hos ett segjärn och dess fördelning i segjärns mikrostruktur. Materialparametrarna för denna modell optimerades genom att anpassa parametrarna i Ramberg-Osgood ekvationen. De predikterade töjningsfördelningarna jämfördes med de experimentell uppmätta töjningsmönstren uppmätta med DIC, både kvalitativt och kvantitativt. Töjningsmönstren överensstämde i stor utsträckning, vilket resulterade i att modellerna kunde anses vara validerade på mikronivå. För att kunna mäta töjningsmönster under dynamiska förlopp på mikronivå utvecklades en metod för att skapa prickmönster och att utföra in-situ CT provning i ett svepeletronmikroskop (SEM). Prickmönstret skapades genom avverkning med en fokuserad jonstråle (FIB), och provades på det ferritiska segjärnet (GJS-500-14 grad). Resultaten visade att maximal töjningskoncentration fanns i närheten av mikrosprickorna, framförallt framför sprickspetsen. Spherical graphite iron component casting high silicon ductile iron digital image correlation (DIC) in-situ tensile testing in-situ cyclic testing DIC pattern generation pit etching micro-scale deformation micro-crack finite element analysis (FEA) focused ion beam (FIB) milling segjärn komponentgjutning högkisellegerat segjärn digital image correlation (DIC) insitu dragprovning in-situ cyklisk provning DIC-mönstergenerering grop-etsning mikroskalig deformation mikrosprickor finite element analys (FEA) fokuserad jonstråle (FIB) avverkning Metallurgy and Metallic Materials Metallurgi och metalliska material
607	Nízkoteplotní rastrovací tunelová mikroskopie / Low temperature scanning tunneling microscopy Sojka, Antonín January 2017 (has links) The diploma thesis is divided into two main parts. The first part describes the production of chrome and cobalt tips for SP-STM with subsequent testing of chrome tips on the Fe-Ir system (111). Furthermore, the first results from the growth studies of niobium on iridium(111) are presented. In the second part is described in detail the experimental LT-STM microscope of the Faculty of Physical Engineering. The chapter deals with the development of the microscope and its testing on a HOPG sample under atmospheric and vacuum conditions. The chapter describes the biggest problems which were solved when the microscope was puting into operation state. The second part also introduces the design of a new vacuum transport system, which consists of a tip and sample transport pallet. At the end of the second part is described the testing of cooling systems for LT-STM and the design of their modifications.
608	Strukturierungs- und Aufbautechnologien von 3-dimensional integrierten fluidischen Mikrosystemen Baum, Mario 06 February 2015 (has links) Die vorliegende Arbeit beschreibt die Übertragung der aus der Siliziumtechnologie bekannten Präzision der Strukturierung und die Zuverlässigkeit der Verbindungstechnologie auf andere Materialien wie Kupfer und PMMA. Diese Untersuchung ist auf die Entwicklung der Teiltechnologien Strukturierung und Integration fokussiert und konzentriert sich insbesondere auf die Kombination von Mikrostrukturierung und dreidimensionalen Aufbautechniken einschließlich vertikaler fluidischer Durchkontaktierungen bei den Materialien Silizium, Kupfer und Kunststoff (PMMA). Eine begleitende Charakterisierung und messtechnische Bewertung gestattet die Weiterentwicklung während der Experimentedurchführung und erweitert den Stand der Wissenschaft hinsichtlich der genannten Kombinationen. / The work describes the transfer of well known high precisive and reliable micro technologies for patterning and packaging of Silicon to new materials like Copper and PMMA. This investigation is focused on special patterning technologies and system integration aspects. Furthermore the development of material-dependent micro patterning technologies and multi layer packaging techniques including vertical fluidic interconnects using materials like Silicon, Copper, and PMMA (polymer) is shown. An accompanying characterization and measurement-based evaluation enables the ongoing development while performing experimental analysis. At least a higher state of the art for these complex combinations is reached. info:eu-repo/classification/ddc/600 ddc:600 info:eu-repo/classification/ddc/620 ddc:620 info:eu-repo/classification/ddc/629 ddc:629 info:eu-repo/classification/ddc/500 ddc:500 info:eu-repo/classification/ddc/530 ddc:530 info:eu-repo/classification/ddc/536 ddc:536 info:eu-repo/classification/ddc/537 ddc:537
609	Johann Friedrich von Uffenbach. Sammler – Stifter – Wissenschaftler / Johann Friedrich von Uffenbach. Collector - Donor - Scientist Meyerhöfer, Dietrich 28 January 2020 (has links) No description available. 700 Sammeln Uffenbach Frankfurt am Main Wissenschaftliche Gesellschaft Zeichnung Optische Geräte Instrumente zur Gnomonik Astronomische Instrumente 18. Jahrhundert Druckgraphik Sammlungsgeschichte Privatgelehrter Kavaliersreise Bildungsreise Tagebücher Reisetagebücher Auktionswesen Auktionen Auktion Florsheim Geschichte des Sammelns Inventare von Druckgraphik Auktionskatalog Auktionskataloge Gegenschreiberbuch Monogrammistenlexikon Künstlermonogramme Stiftung Göttingen Georg-August-Universität Göttingen Kupferstich Holzschnitt Radierung Sammler Kunstmarkt im 18. Jahrhundert Grand Tour Frankfurter Patrizier Malerakademie Akademie der Wissenschaften Alte Mainbrücke Architekt Architektur Astronomie Bibliothek Bibliotheken Bibliothekswesen Buchhandel Buchhändler Diarien Diarium Direktdruck Drechseln Drechsler Drehbank Druckzustand Enkaustik Fehldruck Fernrohr Fernrohre Festungsbau Feuerwerk Feuerwerkerei Findbuch Findbücher Firnis Firniß Fontäne Fortifikation Geografie Geographie Geometrie Goethehaus Hobelbank Kartographie Klebeband Korrespondenz Kunsthandel Kunsthändler Kunstsammlung Landkarte Landkarten Ludwig XIV. Materialist Mikroskop Mikroskope Mineralienkabinett Naturdruck Oper Optik Prinzmetall Protokoll Pumpenanlage Reisebericht Sammelmappe Schildpatt Sonnenuhr Sonnenuhren Teleskop Teleskope Topographie Vakuumpumpe Vergantung Wassermaschine Wasserspiele Repertorium Protokollband Protokollbände Protokolle Georgia-Augusta Atzenheim Friedrich Philipp von Behaghel Philipp Jacob Benson William Bérain Jean Bernstorff Johann Hartwig Ernst Graf von Bignon Jean–Paul Böhm Johann Christian Breitkopf Bernhard Christoph Buttieri Carlo Antonio Campani Giuseppe Chiarelli Antonio Christ Johann Friedrich Heumann Christoph August Culpeper Edward d’Osangis Jean Pigeon Daimant Le Maire Pierre Dathan Johann Georg Dietzsch Johann Israel Diesterweg Albert Adolf Eberhard Conrad Hieronymus, gen. Schwind Egell Paul Ettling Johann Friedrich Fasch Johann Friedrich Fer Nicolas de Geysel Johann Daniel Goethe Johann Caspar Gottsched Johann Christoph Graupner Christoph Grünewald Gottfried Häckel Heinrich Jakob von Leth Hendrick de Heß Peter Heyne Christian Gottlob Hotteterre Jacques-Martin Hugo Friedrich Ludolph von Marshall John Kaller Johann Christian Kinet Johann Melchior Kniphof Johann Hieronymus Kißner Johann Georg Largillière Nicolas Leth Andries de Mariette Pierre Jean Marolles Michel de Mascow Gottfried Metz Conrad Michu Benoit Moritz Johann Friedrich Münchhausen Gerlach Adolf von Muth Heinrich Ludwig Musschenbroeck Pieter van Pütter Johann Stephan Richter Georg Gottlob Rigaud Hyacinthe Schelhorn Johann Georg Schürmann Georg Caspar Schütz d.Ä. Christian Georg Scotin Gerard Senckenberg Heinrich Christian von Stanislaus I. Leszynski Telemann Georg Philipp Ucheln Heinrich von Uffenbach Johann Friedrich von Uffenbach Wilhelm von Uffenbach Zacharias Conrad von Visscher Nicolaes Wagner Joseph Wolf Johann Christoph Zeller Franz Frauenstein Patriziergesellschaft Collecting Uffenbach Frankfurt am Main Scientific society Drawing optical devices gnomonic instruments Astronomical instruments 18. century Prints history of collection private scholar grand tour diary travel diaries Auctioning Auctions auction Florsheim History of collecting Print graphic inventories Auction catalog Auction catalogs Counter-writing book Monogrammist encyclopedia Artist monograms donation Goettingen Georg-August-University of Goettingen engraving woodcut etching collector Art market in the 18th century Frankfurt patrician Academy of painters Academy of Science Old Main Bridge architect architecture astronomy Library Libraries Librarianship Book trade Bookseller Diaries Diarium Direct printing Turning Turner Lathe Print condition Encaustic Misprint Telescope Telescopes Fortress construction Fireworks pyrotechnics repertory repertories varnish fountain fortification geography geometry Goethe House carpenter’s bench cartography Correspondence Art trade Art dealer Art collection map maps Louis XIV microscope microscopes Mineral cabinet Natural print Opera Optics minutes Pump system Account of a journey file Tortoiseshell sundial sundials topography Vacuum pump waterworks Atzenheim Friedrich Philipp von Behaghel Philipp Jacob Benson William Bérain Jean Bernstorff Johann Hartwig Ernst Graf von Bignon Jean–Paul Böhm Johann Christian Breitkopf Bernhard Christoph Buttieri Carlo Antonio Campani Giuseppe Chiarelli Antonio Christ Johann Friedrich Heumann Christoph August Culpeper Edward d’Osangis Jean Pigeon Daimant Le Maire Pierre Dathan Johann Georg Diesterweg Albert Adolf Dietzsch Johann Israel Eberhard Conrad Hieronymus, gen. Schwind Egell Paul Ettling Johann Friedrich Fasch Johann Friedrich Fer Nicolas de Geysel Johann Daniel Goethe Johann Caspar Gottsched Johann Christoph Graupner Christoph Grünewald Gottfried Häckel Heinrich Jakob von Leth Hendrick de Heß Peter Heyne Christian Gottlob Hotteterre Jacques-Martin Hugo Friedrich Ludolph von Marshall John Kaller Johann Christian Kinet Johann Melchior Kißner Johann Georg Kniphof Johann Hieronymus Largillière Nicolas Leth Andries de Mariette Pierre Jean Marolles Michel de Mascow Gottfried Metz Conrad Michu Benoit Moritz Johann Friedrich Münchhausen Gerlach Adolf von Muth Heinrich Ludwig Musschenbroeck Pieter van Pütter Johann Stephan Richter Georg Gottlob Rigaud Hyacinthe Schelhorn Johann Georg Schürmann Georg Caspar Schütz d.Ä. Christian Georg Scotin Gerard Senckenberg Heinrich Christian von Stanislaus I. Leszynski Telemann Georg Philipp Ucheln Heinrich von Uffenbach Johann Friedrich von Uffenbach Wilhelm von Uffenbach Zacharias Conrad von Visscher Nicolaes Wagner Joseph Wolf Johann Christoph Zeller Franz Georgia-Augusta Frauenstein Kunst (PPN613163508)

Search results