Inorganic ChemistryInorganic Chemistry easily surpasses its competitors in sheer volume and depth of information. Readers are presented with summaries that ease exam preparation, an extensive index, numerous references for further study, six invaluable appendixes, and over 150 tables that provide important data on elements at a quick glance. Now in its 101st printing, Inorganic Chemistry provides an authoritative and comprehensive reference for graduate students, as well as chemists and scientists in fields related to chemistry such as physics, biology, geology, pharmacy, and medicine. Translated for the first time into English, Holleman and Wiberg's book is a bestseller in Germany, where every chemist knows and values it. Prior to this translation, there was no equivalent to Holleman and Wiberg's book in English. |
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Contents
15 | |
17 | |
24 | |
28 | |
44 | |
52 | |
Atomic and Molecular Ions | 60 |
Determination of Ionic Mass | 69 |
The Alkali Metal Group | 1085 |
Sodium Potassium Rubidium Cesium and Francium | 1094 |
Transition Elements | 1125 |
Trends in Some Properties of the Transition Elements Table IV | 1132 |
Fundamentals of Complex Chemistry | 1139 |
Bonding Models for Transition Metal Complexes | 1174 |
Reaction Mechanisms of Transition Metal Complexes | 1204 |
Some Fundamentals of Solid State Chemistry | 1223 |
Ionization and Dissociation Energies | 75 |
Atomic Structure | 79 |
Atomic Spectra | 95 |
Molecular Structure The Chemical Bond Part I | 109 |
Molecular Structure | 132 |
Molecular Spectra | 153 |
Molecular Symmetry | 160 |
Molecular Transformations The Chemical Reaction Part II | 167 |
Molecular Transformations | 190 |
Oxidation and Reduction | 197 |
Acidity and Basicity | 217 |
Hydrogen and its Compounds | 234 |
Light heavy and superheavy hydrogen | 247 |
Part B Main Group Elements | 277 |
Basic Molecular Chemistry | 292 |
Bonding Models The Chemical Bond Part III | 302 |
Reaction Mechanisms of Molecules The Chemical Reaction Part III | 340 |
Stereochemistry of Molecules | 374 |
The Noble Gases | 388 |
The Halogen Group | 402 |
Hydrogen Compounds of the Halogens | 424 |
Compounds of the Halogens Among Themselves | 433 |
Oxygen Acids of the Halogens | 439 |
Oxides and Fluoroxides of the Halogens | 455 |
The Chalcogen Group | 470 |
Sulfur | 503 |
Selenium | 573 |
Tellurium | 587 |
Phosphorus | 680 |
Arsenic | 741 |
Antimony | 757 |
Bismuth | 767 |
The Carbon Group | 778 |
Silicon | 822 |
Germanium | 893 |
Tin | 900 |
TinII Halides 903 TinII Chalcogenides 904 Organic TinIl Compounds 906 | 906 |
Lead | 912 |
LeadlV Hydrides and Halides 918 LeadlV Chalcogenides 919 Organic LeadlV | 921 |
The Boron Group | 929 |
Aluminum | 999 |
Chapter XVI The Alkaline Earth Metal Group | 1044 |
Magnesium | 1053 |
Calcium Strontium Barium and Radium | 1063 |
593 | 1084 |
Electrical Properties of Solids | 1238 |
The Copper Group | 1248 |
Silver | 1265 |
GOld | 1276 |
The Zinc Group | 1291 |
Mercury | 1303 |
EkaMercury | 1316 |
598 | 1317 |
Compounds of Scandium Yttrium Lanthanum and Actinium | 1322 |
600 | 1333 |
Zirconium and Hafnium | 1336 |
Rutherfordium | 1342 |
Niobium and Tantalum I | 1355 |
The Chromium Group | 1364 |
Molybdenum and Tungsten | 1382 |
Seaborgium | 1402 |
Technetium and Rhenium | 1416 |
Bohrium | 1428 |
601 | 1456 |
Ruthenium and Osmium | 1458 |
The Cobalt Group | 1473 |
1477 Oxygen Compounds 1478 Other Chalcogen Compounds 1481 CobaltII | 1485 |
Meitnerium Element 109 | 1499 |
EkaPlatinum Element 110 | 1528 |
Some Classes of Organic Transition Metal Compounds | 1551 |
Lanthanides and Actinides | 1639 |
Fundamentals of Nuclear Chemistry | 1646 |
Artificial Transmutation of Elements | 1665 |
The Lanthanides | 1693 |
Physical Properties | 1699 |
Compounds of the Lanthanides | 1705 |
The Actinides | 1711 |
Physical Properties | 1718 |
Radiochemical Properties | 1727 |
603 | 1731 |
The Interconversion of Mass and Energy | 1739 |
Numerical Tables | 1745 |
Natural Nuclides | 1753 |
Bond Lengths calc between Maingroup Elements | 1760 |
Name Index | 1771 |
Subject Index | 1777 |
605 | 1781 |
618 | 1805 |
668 | 1841 |
Common terms and phrases
acid addition agent amount angle anions aqueous atoms base becomes bond called carbon cations charge chemical chlorine combine complex compounds concentration consists constant contains converted corresponding crystals decreases derived determined dissociation distance effect electric electron elements energy enthalpy equal equation equilibrium example fluoride formation gases give given halogen heat higher hydrides hydrogen increases indicated iodine ionic ions known lead less light liquid lone pairs lower mass melting metal mixture molar molecular molecules naturally negative nitrogen obtained occur orbitals oxidation oxygen pairs particles periodic phase physical positive possible potential pressure properties pure ratio reaction reducing relative released result salts separated shell shown shows sodium solid solution stable strong structure substances sulfur sulfuric acid Table temperature unit vapor volume