Teaching
Prof. Dr. Reiner Anwander
Allgemeine Chemie
If you have received a password during the lectures, you may download the following files:
Allgemeine Chemie für Nanoscience
If you received a password during the lectures of the "Seminar zur Allgemeinen Chemie für Nanoscience (ALSaN)", you may download the following files:
Please also see the Script of the lab course here.
Nebengruppenelemente
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f-Elemente 1
If you have received a password during the lectures, you may download the following files:
felement2019_1hp
felement2019_2hp
felement2019_3hp
Overview
| Episodes from History |
| Carl Auer von Welsbach (1858-1929) Initiator of Rare-Earth Metal Industry (1891)
|
| Intrinsic Properties |
Features of Lanthanide Cations – Intrinsic Properties
|
| Structural Chemistry |
Structural Chemistry of LnCp3: The „Lanthanide Contraction“
|
Contents
| I. | Episodes from the History of Rare-Earth Elements |
| II. | Intrinsic Properties of the Rare-Earth Elements |
| III. | Rare-Earth Metal-based Inorganics |
| IV. | Rare-Earth Metal-based Organometallics I |
| V. | Rare-Earth Metal-based Organometallics II |
| VI. | Rare-Earth Metal-based Organometallics III |
| VII. | Rare-Earth Metal-based Nanostructured Materials |
| VIII. | Application of Rare-Earth Metals: Heterogeneous Catalysis |
| IX. | Application of Rare-Earth Metals: Homogeneous Catalysis I |
| X. | Application of Rare-Earth Metals: Homogeneous Catalysis II |
| XI. | Application of Rare-Earth Metals: Material Science |
| XII. | Application of Rare-Earth Metals: Medicine |
Books dealing with Rare Earth Metal Chemistry
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 |  |  |
Review Articles dealing with Rare Earth Elements
|
f-Elemente 2
If you have received a password during the lectures, you may download the following files:
fElement2a_hp2019
fElement2b_hp2019
Nanochemie Master
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Nanochemistry 1
If you have received a password during the lectures, you may download the following files:
Nanochemie2019_1hp
Nanochemie2019_2hp
Nanostructured Materials
| Nano-sized Bulk-Materials | Nanoporous Materials |
|---|---|
|
|
 |  (according to Adv. Mater. 1998, 10, 144) |
Contents
| I. | Introduction: Definitions, Scope, Aims |
| II. | Synthesis and Characterization of Nanoparticles (inversed micelles, ligand-stabilized nanoclusters, nanotectonics) |
| III. | Synthesis and Characterization of Nanoporous Materials (open-framework inorganics, templating and pillaring approaches) |
| IV. | Metalorganic Frameworks MOF-n (interpenetrating networks, molecular tectonics) |
| V. | (Semi-)Crystalline Porous Silica Materials (zeolites, zeotypes, pillared clays, periodic mesoporous silica PMS) |
| VI. | Nanoporous Oxides (metal alkoxides, sol–gel process) |
| VII. | Nanoporous Carbons and Metals („activated carbon“, nanotubes, PMS replicas) |
| VIII. | Hybrid (Composite) Materials (Isomorphous substitution, cocondensation, postsynthetic derivatization, impregnation, MO-CVD, SOMC, ship-in-the-bottle sythesis) |
| IX. | Application of Porous Materials (material science, organic synthesis, catalysis, adsorption/separation processes) |
Journals dealing with nanostructured Materials
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Nanochemistry 2
If you have received a password during the lectures, you may download the following files:
Nanochemie2019_3hp
Nanochemie2019_4hp
Nanochemistry_exercises
Dr. Yucang Liang
Organic Chemistry Lab Course
Experiment OC1_Chromatography (German-English)
Experiment OC2_Nucleophilic Substitution (German-English)
Experiment OC3_Esterification (German-English)
Experiment OC4_Electrophilic Aromatic Substitution (German-English)
Experiment OC5_Electrophilic Addition and Elimination (Germ-English)
Experiment OC6_Oxidation and Reduction (German-English)