Inorganic ChemistryLongman Scientific & Technical, 1992 - 702 pagina's This text has been fully revised to take account of advances in the field. Inorganic Chemistry provides the student with a critical introduction to this science and assumes little prior knowledge of inorganic chemistry. The text contains a balanced coverage of fundamental principles and their applications to the study of elements and compounds. |
Inhoudsopgave
Quantum theory and atomic structure | 32 |
Electronic configurations and some physical properties | 62 |
Problems | 82 |
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Veelvoorkomende woorden en zinsdelen
alkali metal aluminium ammonia anion aqueous solution atomic number bipyramidal bond energy bond lengths boron calcium carbonyls cation chapter complexes compounds concentrated constant containing coordination numbers covalent bonding crystal field stabilisation decomposition dioxide discussed electronic configuration elements enthalpy example field stabilisation energy formation H₂O half-reaction halides halogens heated high-spin hydration hydrides hydrogen bonding hydrogen fluoride hydrolysed hydroxide increase Inorganic Chemistry interaction involved iodide iodine ionic ionisation energies iron(II isotope kinetic kJ mol-1 kJ mol¹ lanthanides lattice energy ligands liquid lithium low-spin magnesium magnetic metal atom metal ions molecular orbital molecule nitrogen nuclear nucleus obtained octahedral oxidation oxidising oxo-acids oxygen atoms phosphorus planar potassium proton quantum number reaction reduction relative respectively salts Section shown in Fig silicon solid soluble solvent species stable sulphide sulphuric acid symmetry temperature tetrahedral theory thermodynamic transition metal transition series trifluoride trigonal valence valence bond theory values wave functions zinc