Laboratory Methods of Inorganic Chemistry |
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Inhalt
INTRODUCTORY REMARKS ON LABORATORY PRACTICE | 1 |
CHAPTER I | 9 |
PAGE | 17 |
CHAPTER II | 26 |
THE PASSIVE CONDITION 18 Passive Iron AMORPHOUS STATE | 32 |
Amorphous Sulphur COLLOIDAL STATE | 33 |
ADSORPTION COMPOUNDS | 34 |
Colloidal Platinum according to Bredig | 36 |
96 | 135 |
THIOACIDS AND THEIR SALTS | 136 |
Barium Trithiocarbonate | 137 |
Potassium Ferric Sulphide | 138 |
Ammonium Copper Tetrasulphide | 139 |
102 | 141 |
Potassium Titanium Fluoride | 142 |
Ammonium Plumbic Chloride Lead Tetrachloride | 143 |
Colloidal Antimony Sulphide | 37 |
Adsorption of Iodine by Charcoal Adsorption Curve 23 Lanthanum Blue | 38 |
Molybdenum Blue | 39 |
Hydrogels as Semipermeable Membranes | 42 |
CHAPTER III | 44 |
Liquid Sulphur Dioxide Critical Point | 49 |
Sulphur Trioxide by the Contact Process | 51 |
Oxidation of Naphthalin with Sulphuric Acid | 53 |
Nitrogen Dioxide | 54 |
Chromic Oxide in the Dry Way from a Chromate | 55 |
Cuprous Oxide from Fehlings Solution HYDRIDES 32 Cerium Hydride 33 Copper Hydride | 56 |
ACIDS BASES AND SALTS | 58 |
a Acids and Bases 34 Physicochemical Detection of Electrolytic Dissociation | 61 |
Hydrobromic Acid | 62 |
Thallous and Thallic Hydroxides | 64 |
b Halogen Compounds 37 Cupric and Cuprous Bromides | 65 |
Cuprous Chloride 39 Potassium Iodide | 66 |
Barium Chloride from Witherite | 67 |
Manganous Chloride from Waste Manganese Liquors 42 Anhydrous Ferric Chloride Preparation of Chlorine | 68 |
Anhydrous Ferrous Chloride Preparation of Hydrogen Chloride | 70 |
Anhydrous Chromium Trichloride | 71 |
Sulphur Chloride S₂Cl | 74 |
Chlorides of Phosphorus 47 Chlorides of Antimony | 75 |
32 32 33 33 34 36 37 38 38 39 40 | 81 |
9 5 8 3 8 8 8 858 44 49 49 51 53 | 84 |
54 | 85 |
56 | 88 |
57 | 89 |
61 | 90 |
62 | 96 |
64 | 97 |
CHAPTER IV | 99 |
RE222 65 65 | 101 |
66 | 102 |
67 | 103 |
68 | 106 |
70 | 108 |
72 | 111 |
73 | 113 |
b Oxyhalogen Acids and their Salts | 114 |
Potassium Perchlorate | 118 |
Iodic Acid and Iodic Anhydride Time Reaction | 119 |
Potassium Iodate from Potassium Chlorate | 120 |
Potassium Bromate and Potassium Bromide | 121 |
Potassium Nitrate from Sodium Nitrate | 122 |
Silver Nitrate | 123 |
Bismuth Nitrate and Basic Bismuth Nitrate | 124 |
Electrolytic Preparation of Potassium Permanganate | 125 |
Barium Ferrate | 126 |
Sulphuric Acid from Pyrite by the Chamber Process | 128 |
88 | 129 |
Alum from Kaolin | 130 |
Sodium Thiosulphate | 131 |
Sodium Tetrathionate | 132 |
Potassium Persulphate Electrolytically | 133 |
f Carbonates | 134 |
Potassium Lead Iodide | 144 |
Addition Products of Complex Hydrometalcyanic Acids with Oxygen Compounds | 145 |
Potassium Cobalticyanide | 146 |
Cobaltous Salt of Hydromercurithiocyanic Acid | 147 |
Cadmium Iodide Autocomplex Compound | 148 |
NITRITO ACIDS AND THEIR SALTS | 149 |
Potassium Tetranitritodiamminecobaltate | 150 |
CONDENSED ACIDS AND THEIR SALTS | 151 |
ORGANOCOMPLEX COMPOUNDS | 152 |
Optical Rotation of Uranyl Lævomalate | 153 |
CHAPTER V | 155 |
AMMONIUM COMPOUNDS AND SUBSTITUTED AMMONIUM COMPOUNDS | 156 |
Hydrazine Sulphate Monochloramine | 158 |
Semicarbazide Hydrochloride | 161 |
Millons Base | 162 |
METALAMMONIA COMPOUNDS | 163 |
Silverammonia Sulphate | 169 |
Tetramminecupric Chloride | 170 |
Hexamminenickelous Bromide | 171 |
Chloropentamminecobaltic Chloride from the preceding | 172 |
Chloropentamminecobaltic Chloride from Cobalt Carbonate | 173 |
Sulphate and Nitrate of the Chloropentammine Series | 174 |
Hexamminecobaltic Salts Luteocobalt Salts | 175 |
Aquopentamminecobaltic Salts Roseocobalt Salts | 176 |
Dibromotetramminecobaltic Bromide Dibrompraseo Salt | 178 |
1 6Dinitritotetramminecobaltic Chloride Croseocobalt Salt | 179 |
Comparison of the Isomeric Dinitritotetramminecobaltic Salts | 180 |
Trinitritotriammine Cobalt | 182 |
Tetrammineplatinous Chloroplatinite Green Salt of Magnus | 184 |
Tetrammineplatinous Chloride | 185 |
HYDRATES | 186 |
MeltingPoint Maximum for Magnesium Nitrate Hexahydrate Eutectic Mixture of Barium Chloride Dihydrate and Water | 189 |
Calcium Sulphate Hemihydrate | 193 |
Hydrates of Sodium Sulphate Supersaturated Solutions | 194 |
Transition Point of Sodium Sulphate | 195 |
Isomeric Chromic Chloride Hydrates | 197 |
CHAPTER VI | 199 |
Pyrosulphuric Acid Chloride | 202 |
Nitrosylsulphuric Acid | 204 |
ESTERS | 205 |
Ethyl Nitrate | 206 |
Amyl Nitrite and Methyl Nitrite | 207 |
Unsymmetrical Diethyl Sulphite | 209 |
Triethyl Phosphate | 210 |
Tetraethyl Silicate | 211 |
Zinc Ethyl | 212 |
Lead Tetraphenyl by Grignards Reagent Diphenyllead Iodide | 213 |
Nickel Carbonyl | 215 |
CHAPTER VII | 217 |
Beryllium Hydroxide from Beryl | 219 |
Basic Beryllium Acetate | 220 |
Columbium and Tantalum Compounds from Columbite | 221 |
Molybdenum Compounds from Molybdenite | 222 |
Tungsten Compounds from Wolframite | 227 |
Working up of Pitchblende and Testing for Radioactivity | 229 |
Urheberrecht | |
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Laboratory Methods of Inorganic Chemistry Wilhelm Biltz Heinrich Biltz Keine Leseprobe verfügbar - 2019 |
Laboratory Methods of Inorganic Chemistry Wilhelm Biltz Heinrich Biltz Keine Leseprobe verfügbar - 2019 |
Bibliografische Informationen
| Titel | Laboratory Methods of Inorganic Chemistry |
| Autoren | Heinrich Biltz, Wilhelm Biltz |
| Übersetzt von | William Thomas Hall, Arthur Alphonzo Blanchard |
| Verlag | J. Wiley & Sons, 1909 |
| Original von | Harvard University |
| Digitalisiert | 10. Sept. 2007 |
| Länge | 258 Seiten |
| Zitat exportieren | BiBTeX EndNote RefMan |