1.金属錯体化学の歴史
2.金属錯体の構造:無機・有機配位子、立体異性、安定性
3.結晶場理論:配位子場、電子構造と立体構造の相関
4.配位結合:結合の強さ、配位子交換速度・機構、多重結合
5.金属錯体の酸化還元反応・電子移動・電気化学
6.金属錯体の光化学
7.有機金属化学:18電子則、合成、構造分析、(触媒 / 光)反応
8.生物無機化学:生体関連金属錯体の構造・機能(概要のみ)
9.超分子金属錯体化学:超分子の設計・合成・構造・機能
10.金属錯体化学の今後の展望
1.History of metal coordination chemistry
2.Structures of metal complexes: organic/inorganic ligands, stereoisomers, stability
3.Crystal field theory: ligand field, correlation between geometrical and electronic structures
4.Coordination bonding: bond strength, ligand exchange rate/mechanism, multiple bonds
5.Redox reaction/electron transfer/electrochemistry of metal complexes
6.Photochemistry of metal complexes
7.Organometallic chemistry: the 18-electron rule, syntheses, structure analyses, (catalytic/photochemical) reactions
8.Introduction of bioinorganic chemistry: structures and functions of bio-related metal complexes
9.Supramolecular coordination chemistry: designs, syntheses, structures, and functions of supermolecules
10.Future prospects of metal coordination chemistry