Inorganic Chemistry

12.

12.1.

Lanthanide and Actinide Chemistry (f-Block)

12.1.1.

Position in the Periodic Table

12.1.2.

Electronic Configurations

12.1.3.

Lanthanide Contraction

12.1.4.

Oxidation States

12.1.4.1.

Common +3 Oxidation State

12.1.4.2.

Unusual Oxidation States

12.1.5.

Coordination Chemistry

12.1.5.1.

High Coordination Numbers

12.1.5.2.

Ligand Preferences

12.1.6.

Spectroscopic Properties

12.1.6.1.

f-f Transitions

12.1.6.2.

12.1.7.

Magnetic Properties

12.1.7.1.

Paramagnetic Behavior

12.1.8.

Separation Techniques

12.1.9.

12.1.9.1.

12.1.9.2.

12.1.9.3.

12.2.

Inorganic Materials

12.2.1.

12.2.1.1.

Synthesis Methods

12.2.1.2.

Size-Dependent Properties

12.2.2.

12.2.2.1.

Structure and Framework Types

12.2.2.2.

Ion Exchange Properties

12.2.2.3.

Catalytic Applications

12.2.3.

Superconductors

12.2.3.1.

Types of Superconductors

12.2.3.2.

12.2.3.3.

High-Temperature Superconductors

12.2.4.

Glasses and Ceramics

12.2.4.1.

Structure of Glasses

12.2.4.2.

Glass Transition

12.2.4.3.

Ceramic Processing

12.2.4.4.

Properties and Applications

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11. Bioinorganic Chemistry

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1. Foundational Principles of Inorganic Chemistry