INTRODUCTION TO MODERN INORGANIC CHEMISTRY
101 Introduction: Significance of molecular inorganic chemistry 1 102 Main group metal coordination chemistry 19 103 Low-coordinate compounds of heavier group 14–16 elements 118 104 Biradicals in main group chemistry: Synthesis, electronic structure, and application in small-molecule activation 165 105 Nonclassical carbenes as noninnocent ligands 234 106 Frustrated lewis pairs in catalysis 315 107 Chemistry with weakly coordinating aluminates [Al(ORF)4] and borates [B(ORF)4]: From fundamentals to application 378 108 Noble-gas chemistry 439 109 Syntheses and molecular structures of cyclic selenoethers and their derivatives 527 110 [FeFe]-Hydrogenase mimics containing heavy p block elements 556 111 Computational modeling and characterization of secondary bonding in compounds of late p-block elements 572 112 Halogen-bonded halogen(I) ion complexes 586 113 Chalcogen bonding in supramolecular structures, anion recognition, and catalysis 602 114 Supramolecular chemistry of p-block elements 652 115 Metallophilic interactions 665 116 Molecular boron clusters 740 117 Chain, ring, and cluster compounds of heavy group 13 elements (Al, Ga, In, Tl) 778 118 Aromatic compounds bearing heavy group 14 atoms in their molecular frameworks 843 119 Chain, ring, and cluster compounds of group 15 elements (P, As, Sb, Bi) 863 120 Zintl chemistry: From zintl ions to zintl clusters 903 121 Polychalcogen molecules, ligands, and ions Part 1: Homo- and heteronuclear chalcogen rings 934 122 Polychalcogen molecules, ligands, and ions Part 2: Catenated acyclic molecules, ions, and p-block element derivatives 970 123 Catenated compounds in group 17dpolyhalides 1021 124 Synthesis, carbon-polymetal bonding and applications of organometallic clusters 1050