A N T I M O N Y : ITS HISTORY, CHEMISTRY, MINERALOGY ...

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90 THE METALLURGY OF ANTIMONY. oxidising flame; in this case periodic alternations of an oxidising flame and of a reducing flame are maintained so long as necessary. "Ventilators are used to produce a draught carrying the volatile oxide from the furnace into the chambers for condensation. The last trace of the oxide not yet condensed is finally absorbed in a basin of water. A rotative furnace of the ordinary type is preferred to any other kind. Coal gas or oil gas may be used. (Fig. 27.) In 1903 M. Herrenschmidt patented* a process which is a great improvement upon his former patents. In order to thoroughly condense the oxide produced, the apparatus must possess a large cooling surface, have a large volume for facilitating the deposition of A, Gas-producer, a, Air inlet. B, Rotative roasting furnace. C C, Condensation chambers. c, Ventilator. D, Reservoir containing water. FIG. 27. H, Flue in connection with a •chimney, to be used when an intense heat is required. The water vapour used may be introduced at J. the oxide, and be able to subdivide the current of volatile oxide. The apparatus described below possesses these three principal factors. Fig. 28 is a longitudinal view, and fig, 29 is a transverse section. Rasse-Courbet's process is as follows!:—Fig. 30 shows a longitudinal view and a section across A A of iig. 31, which is itself a section across B B of fig. 30. Fig. 32 shows the subsidiary parts of the apparatus. The furnace is composed of several muffles,
FIG. 28. ¥m. 29. a, Roasting furnace for the pro- c c', Sheet-iron case. f, An inclined wall for the dis- j, Tub in which the uncondeiisduction of the volatile oxide, d d\ Tityaux haildtes, i.e. tubes charging of oxide deposited. able oxide is absorbed. b bt Flues placed immediately with outside linings. h, Ventilator for aspirating t, Final outlet, after the furnace. «, Another case at the base. the oxide. f 81. a? o
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A N T I M O N Y : ITS HISTORY, CHEM
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PREFACE. A METALLURGICAL work in En
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TABLE OF CONTENTS. CHAPTER I. THE H
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THE METALLURGY OF ANTIMONY. CHAPTER
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THE HISTORY OF ANTIMONY. 3 Basil Va
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THE HISTORY OF ANTIMONY. 3 precipit
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THE CHEMISTRY OF ANTIMONY. 7 antimo
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THE CHEMISTRY OF ANTIMONY. the red
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THE CHEMISTRY OF ANTIMONY. 11 The m
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THE CHEMISTRY OF ANTIMONY. 13 SECTI
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THE CHEMISTKY OF ANTIMONY. compound
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Chemical Formulae. K3SbCl6 Na3SbCl6
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THE CHEMISTRY OF ANTIMONY. 19 The o
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THE CHEMISTKY OF ANTIMONY. 21 a cop
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THE CHEMISTRY OF ANTIMONY. 23 (2b)
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THE CHEMISTRY OF ANTIMONY. 25 Boili
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Chemical Composition. (STH4)2Sb4S7
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THE CHEMISTRY OF ANTIMONY* 29 by di
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THE CHEMISTRY OF AOTIMONY. 227° =
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THE CHEMISTRY OF ANTIMONY. 33 Some
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CHAPTER TIT. THE MINERALOGY OF ANTI
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THE MINERALOGY OF ANTIMONY. 37 Occu
Page 45 and 46: THE MINERALOGY OF ANTIMONY. 39 Occu
Page 47 and 48: THE MINERALOGY OF ANTIMONY. 41 Miar
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Page 51 and 52: THE MINERALOGY OF ANTIMONY. 45 3. D
Page 53 and 54: THE GEOLOGICAL OCCURRENCE OF ANTIMO
Page 55 and 56: THE GEOLOGICAL OCCURRENCE OK ANTIMO
Page 57 and 58: TI1K ISKOIJOGIOAL OOCURUKNOK OV ANT
Page 59 and 60: THE GEOLOGICAL OCCUERENCE OF ANTIMO
Page 61 and 62: THE GEOLOGICAL OCCUBRENCE OF ANTIMO
Page 65 and 66: TIIK GEOLOGICAL OCCUKUENCK OF ANTIM
Page 71 and 72: THE GEOLOGICAL OCCUKRENCE OF ANTIMO
Page 73 and 74: GENERAL SCHEME OF THE METALLURGY OF
Page 75 and 76: CHAPTER V.* THE METALLUBGY OF ANTIM
Page 77 and 78: THE METALLURGY OF ANTIMONY. 71 rows
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Page 81 and 82: THE METALLURGY OF ANTIMONY. The cos
Page 83 and 84: THE METALLURGY OF ANTIMONY. 77 fuel
Page 85 and 86: THE METALLURGY OF ANTIMONY. to furt
Page 87 and 88: THE METALLURGY OF ANTIMONY. with a
Page 89 and 90: THE METALLURGY OF ANTIMONY. 83 a re
Page 91 and 92: THE METALLURGY OF ANTIMONY. 85 (2)
Page 93 and 94: THE METALURGY OF ANTIMONY. 87 roast
Page 95: THE METALLURGY OF ANTIMONY. 89 Chat
Page 99 and 100: THE METALLURGY OF ANTIMONY. '13 The
Page 101 and 102: THE METALLURGY OF ANTIMONY. of the
Page 103 and 104: THE METALLURGY OK ANTIMONY. The inf
Page 105 and 106: Cross Section C.D.E.F Cross Section
Page 107: G. Y, Wang's Antiinony. [To face pa
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Page 118 and 119: 110 THE METALLURGY OF ANTIMONY. fur
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Page 126 and 127: 118 THE METALLURGY OF ANTIMONY. sul
Page 128 and 129: 120 TUB METALLURGY OF ANTIMONY. The
Page 130 and 131: 122 THE METALLURGY OF ANTIMONY. obt
Page 132 and 133: 124 THE METALLURGY OF ANTIMONY. The
Page 134 and 135: 126 THE MBTALLUKGY OF ANTTMONY.
Page 136 and 137: 128 THE METALLURGY OF ANTIMONY. sod
Page 138 and 139: 130 THE METALLURGY OF ANTIMONY. evo
Page 140 and 141: 132 THE METALLURGY OF ANTIMONY. The
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TEIE METALLURGY OF ANTIMONY. ). Oha
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140 THE METALLURGY OF ANTIMONY. 70.
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142 THE METALLURGY OF ANTIMONY. 135
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144 THE METALLUKGY OF ANTIMONY. Eng
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146 THE METALLURGY OF ANTIMONY. ant
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148 THE METALLURGY OF ANTIMONY. Ger
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150 THE METALLURGY OF ANTIMONY. cru
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152 THE METALLURGY OF ANTIMONY. mon
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154 THE METALLURGY OF ANTIMONY. on
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156 THE METALLURGY OF ANTIMONY. The
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158 THE METALLURGY OF ANTIMONY, tio
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160 THE METALLURGY OF ANTIMONY. M.
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162 THE METALLURGY OF ANTIMONY. pip
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164 THE METALLURGY OF ANTIMONY. at
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166 THE METALLURGY OF ANTIMONY. pow
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168 THE METALLURGY OF ANTIMONY. (J3
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170 THE METALLURGY OF ANTIMONY. che
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172 THE METALLURGY OF ANTIMONY. Bee
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174 THE METALLURGY OF 12. Por the F
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CHAPTER VIT. THE ANALYSIS OP ANTIMO
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130 THE METALLURGY OF ANTIMONY. int
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182 THE METALLURGY OF ANTIMONY. vol
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184 THE METALLURGY OF ANTIMOKY. bon
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186 THE METALLURGY OF ANTIMONY. The
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188 THE METALLURGY OF ANTIMONY. rat
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190 THE METALLURGY OF ANTIMONY. 1 l
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CHAPTER VIII. THE PBODUCTION AND VA
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198 THE METALLURGY OF ANTIMONY. sil
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200 THE METALLURGY OF ANTIMONY. Yea
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202 THE METALLUEGY OF ANTIMONY. Now
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204 THE METALLURGY OF ANTIMONY. ITA
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206 THE METALLURGY OF ANTIMONY. (13
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INDEX. AAEON, C. H., 191. Abegg, 34
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0 INDEX. bierre, 66, 67. 86, 154 ck
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212 INDEX. Gross-Gbllnitz, 70. Grii
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214 INDEX. Mines, antimony, 205, 20
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216 INDEX. Spain, antimony ores of,
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