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Die ganze Vielfalt dendritischer Moleküle lernen Sie in diesem Band kennen. Nach einem historischen Überblick und einer Einführung mit Definitionen und Begriffserläuterungen werden Darstellung, Eigenschaften und Charakterisierung von Dendrimeren besprochen. Zwar liegt der Schwerpunkt auf Fragen der Synthese und der Anwendung der Verbindungen, aber auch die Analytik kommt nicht zu kurz.
List of contents
INTRODUCTIONHistorical - Cascade Molecules and DendrimersDendritic ArchitecturesPerfection, Defects, DispersityDefinition and Classification of Dendritic MoleculesNomenclature of Dendritic MoleculesSYNTHETIC METHODS FOR DENDRITIC MOLECULESDivergent SynthesisConvergent SynthesisRecent Synthetic MethodsSolid Phase SynthesisCoordination-Chemical SynthesisSupramolecular SynthesisHyperbranched PolymersDendronised Linear PolymersDendro-IsomersFUNCTIONAL DENDRIMERSMonofunctional DendrimersMultifunctional DendrimersTYPES OF DENDRIMERS AND THEIR SYNTHESESAchiral DendrimersChiral DendrimersPHOTOPHYSICAL PROPERTIES OF DENDRITIC MOLECULESLuminescence and Energy TransferAntenna Effect and Photoisomerisation of Dendrimers(SPECIAL) CHEMICAL REACTIONS OF DENDRITIC MOLECULESCovalent Chemical ReactionsSupramolecular (Host/Guest) InteractionsDendritic EffectsCHARACTERISATION AND ANALYSISChromatographyGel ElectrophoresisNMR SpectroscopyMass SpectroscopyX-Ray Crystal Structure AnalysisSmall-Angle ScatteringScanning Probe MicroscopyTransmission Electron MicroscopyChiroptical MethodsSPECIAL PROPERTIES AND POTENTIAL APPLICATIONSIntroductionCatalysis, Membrane TechnologyPigments, Adhesives, Additives in Chemical MaterialsDendrimers for Displays and (Opto)ElectronicsBiomimetics, Sensor Technology, Diagnostics (Fluorescence)Dendrimers in Medical DiagnosticsMedical ApplicationsDendrimers in Nanotechnology
About the author
Born in Ehingen, Germany, in 1939, Fritz Vögtle studied chemistry in Freiburg as well as chemistry and medicine in Heidelberg, where he received his PhD under Professor Hein A. Staab in 1965 on the valence isomerization of double Schiff bases. After gaining his lecturing qualification he was a professor in Würzburg from 1969 to 1975, before accepting a position as full professor and director of the Kekulé-Institut for Organische Chemie und Biochemie in Bonn. He was awarded a literature prize by the Fonds der Chemischen Industrie, the LIse Meitner-Alexander von Humboldt Award, the Izatt-Bradshaw-Christensen Award for Macrocyclic Chemistry and the Adolf von Baeyer medal of the German Chemical Society, as well as an honorary doctorate from the University of Jyväskylä, Finland. He has authored or co-authored several books and numerous scientific papers. Professor Vögtle's research interests include supramolecular and nano chemistry, dendrimers, cyclophanes, low molecular weight gelators and intertwined molecular architectures.
Gabriele Richardt studied chemistry at Bonn, where she was awarded her PhD under Professor H. Wamhoff in the field of nucleosides. In 2002 she began working in Professor Vögtle's group, before transferring to the polymer group headed by Professor S. Höger in 2007.
Nicole Werner studied chemistry and biology at Bonn, receiving her PhD in 2004 under Professor F. Vögtle for her work in the dendrimer field. She has been teaching chemistry and physics at German grammar schools since 2006.
Summary
Die ganze Vielfalt dendritischer Moleküle lernen Sie in diesem Band kennen. Nach einem historischen Überblick und einer Einführung mit Definitionen und Begriffserläuterungen werden Darstellung, Eigenschaften und Charakterisierung von Dendrimeren besprochen. Zwar liegt der Schwerpunkt auf Fragen der Synthese und der Anwendung der Verbindungen, aber auch die Analytik kommt nicht zu kurz.
