Encyclopedia of the Elements: Technical Data - History - Processing - ApplicationsFamous for its history of numerous element discoverers, Sweden is the origin of this comprehensive encylopedia of the elements. It provides both an important database for professionals as well as detailed reading ranging from historical facts, discoverers' portraits, colour plates of mineral types, natural occurrences, and industrial figures to winning and refining processes, biological roles and applications in modern chemistry, engineering and industry. Elemental data is presented in fact tables which include numerous physical and thermodynamic properties, isotope lists, radiation absorption characteristics, NMR parameters, and others. Further pertinent data is supplied in additional tables throughout the text. Published in Swedish in three volumes from 1998 to 2000, the contents have been revised and expanded by the author for this English edition. |
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Page v
... example. June 2004, Gothenburg Bengt Nordén Chairman of the Nobel Committee for Chemistry of the Royal Swedish Academy of Sciences VII Table ofContents Foreword V Preface XXXVII Color Plates XXXIX Encyclopedia of the Elements: Foreword.
... example. June 2004, Gothenburg Bengt Nordén Chairman of the Nobel Committee for Chemistry of the Royal Swedish Academy of Sciences VII Table ofContents Foreword V Preface XXXVII Color Plates XXXIX Encyclopedia of the Elements: Foreword.
Page ix
... Color Names 74 Names from Countries and Places as Element Names 74 The Family of Noble Gases 75 Personal Names as Element Names 76 Symbols for the Elements 76 4 Geochemistry 79 Common and Rare in the Earth's Crust 79 Analysis of the ...
... Color Names 74 Names from Countries and Places as Element Names 74 The Family of Noble Gases 75 Personal Names as Element Names 76 Symbols for the Elements 76 4 Geochemistry 79 Common and Rare in the Earth's Crust 79 Analysis of the ...
Page xvii
... Color 465 Electron Configuration and Magnetic Properties Occurrence of Rare Earth Metals 468 Geochemistry Is a Guide 468 Monazite and Bastnaesite in Many Places ... But China Has Most ofIt 470 Worldwide Mine Production and Reserves 471 ...
... Color 465 Electron Configuration and Magnetic Properties Occurrence of Rare Earth Metals 468 Geochemistry Is a Guide 468 Monazite and Bastnaesite in Many Places ... But China Has Most ofIt 470 Worldwide Mine Production and Reserves 471 ...
Page xxxix
Technical Data - History - Processing - Applications Per Enghag. Color Plates M1 Gold Au, aggregate of fine cubic crystals from Ditz Encyclopedia of the Elements: Color Plates.
Technical Data - History - Processing - Applications Per Enghag. Color Plates M1 Gold Au, aggregate of fine cubic crystals from Ditz Encyclopedia of the Elements: Color Plates.
Page xli
... Africa. From the collection of Rob H. Hellingwerf. M3 Gold-silver alloy, electrum Au-Ag from the copper mine in Falun. The sample is from the 350 m level. M4 Silver Ag from North Ltd, Zinkgruvan Mine in central. XLI Color Plates.
... Africa. From the collection of Rob H. Hellingwerf. M3 Gold-silver alloy, electrum Au-Ag from the copper mine in Falun. The sample is from the 350 m level. M4 Silver Ag from North Ltd, Zinkgruvan Mine in central. XLI Color Plates.
Contents
xxxvii | |
xxxix | |
1 | |
23 | |
55 | |
4 Geochemistry | 79 |
5 Gold | 99 |
6 Silver | 123 |
27 Manganese | 625 |
28 Technetium | 643 |
29 Rhenium | 655 |
30 Cobalt | 667 |
31 Nickel | 685 |
32 Platinum Group Metals | 707 |
33 Zinc | 759 |
34 Cadmium | 777 |
7 Copper | 139 |
8 Iron | 167 |
9 Hydrogen | 215 |
10 Blowpipe and Spectroscope Important Tools for Discovering Elements | 235 |
11 Sodium and Potassium | 259 |
12 Lithium | 287 |
13 Rubidium and Cesium | 301 |
14 Magnesium and Calcium | 315 |
15 Beryllium | 341 |
16 Strontium and Barium | 355 |
17 Scandium Yttrium Lanthanum and the 14 Lanthanides Rare Earth Metals REMs | 373 |
18 Titanium | 493 |
19 Zirconium | 511 |
20 Hafnium | 523 |
21 Vanadium | 531 |
22 Niobium | 549 |
23 Tantalum | 561 |
24 Chromium | 571 |
25 Molybdenum | 589 |
26 Tungsten | 605 |
35 Mercury | 791 |
36 Boron | 805 |
37 Aluminum | 819 |
38 Gallium Indium and Thallium | 845 |
39 Carbon | 869 |
40 Silicon | 897 |
41 Germanium | 923 |
42 Tin | 935 |
43 Lead | 949 |
44 Nitrogen | 971 |
45 Phosphorus | 989 |
46 Arsenic Antimony and Bismuth | 1001 |
47 Oxygen | 1027 |
48 Sulfur | 1045 |
49 Selenium and Tellurium | 1059 |
50 Halogens | 1073 |
51 Noble Gases | 1109 |
52 Radioactive Elements | 1141 |
Index | 1215 |
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Encyclopedia of the Elements: Technical Data - History - Processing ... Per Enghag No preview available - 2008 |
Common terms and phrases
6-coordinate acid affinity kJ mol–1 alloy aluminum Atomic number Atomic weight beryllium Berzelius boron cadmium calcium carbon century cerium chemical chemist chemistry chloride chromium cobalt color compounds containing content in earth copper crystals deposits diamond discovered earth crust Electron affinity Electron affinity kJ electron configuration element Z Element Enthalpy Enthalpy ofatomization Enthalpy ofvaporization Figure formed furnace gold graphite hydrogen important iron Isotope keV Incoming radiation kJmol–1 Enthalpy lanthanum lead magnesium man’s body weight manganese manufacture Mean content mercury mineral mines modulus G modulus molybdenum nickel niobium Nuclear octahedral ofabundance in earth ofthe order ofabundance oxide oxygen platinum potassium ppm g/tonne production pyrolusite rare earth reaction rhenium silicate silicon silver sodium solution Stable Standard reduction potential steel sulfide sulfur Sweden Swedish Table tantalum temperature terbium Thermal neutron titanium tonnes tungsten vanadium WebElements X-radiation X-ray radiation X-ray Isotope range X-ray radiation absorbed ytterbium yttrium zinc zirconium