None
Fmchcocks ^ 43,44 Pipettes 39 Pisani's method of determining chlorine 524 of determining iodine 539 of determining molybdic add 421 of determining diver \ 349 Vogel's modification of 351 Platinum 215 and gold, separation from tin, antimony, and arsenio 716 determination as metal 393 as potasdum-platinic chloride 394 as sulphide (ic) 395 separation from gold 716, 727 from metals of groups iv and v in alloys 705 sulphide (ic) 216 Potassa , 131 fused 155 solution 155 Potasdum borofluoride 232 chloride 162 -cobaltic nitrite 193 cyanide .- 136 determination as chloride 245 as nitrate 244 as potasdum-platinic chloride 245 as dlicofluoride 248 . as sulphate 24^ ^chromate U^ disulphate 141 INDBX. 777 PAOB PotasBium hydroxide 131 -hydrogen fluoride 141 iodide 1 48 nitrate 162 permanganate 145 -platinic chloride 163 fleiiaration from sodium 9^, 604 mlicofluoride 164 sulphate 161 PrecipitateB, drying 110 ' igniting 112 washing 98 Precipitation, effecting 01 Pressure, influence of , upon gases in reading-off 33 Radicals, determination of 239 Reagents 127 Reimann's method of determining bromine 532 Reinige's method of determining iodine 533 Reissig's method of determining phosphoric acid 448 Rheineck's method of determining ferrocyanides 557 Rivot's method of determining copper 376 Rivot-Beudant-Daguin's method of determining sulphur 568 Rose's method of determining arsenous acid 419 carbonic acid 496 oxalic acid 470 phosphoric acid 448 Rose-Finkener's method of determining cyanogen in mercuric cyanide 559 Samples, selection of 50 Scheibler's method of determining carbonic acid 500 Scherer's method of determining mercury (ic) 369 Schneider's method of determining antimony 403 SchlOnng's method of determining nitric acid 579 Schulze's method of determining lutric acid 582 nitric acid from loss of hydrogen 588 phosphoric acid as magneeium phos- phate 453 Schwarz's method of determining chromic acid 424 copper 381, 382 free iodine 542, 543 lead 360 Selenium, determination 429 Selenous acid, see acid selenous. Sifting 63 Silica (see also acid silicic) 233 778 IKBEX. fiilicic acid, see acid siHcic. Siewert's method of determining nitric add as aimnoiiia. - £87 8Uver 150,198 bromide • 236 chloride 198 cyanide 201 determination as chloride 338 as cyanide 341 as metal 341 as sulphide 340 by Gay-Lussac's method 342 by Pisani's method 349 volumetrically 342 oxide 236 phosphate, normal 230 separation by cupellation 698 from copper, cadmium, bismuth, mercury, and lead.. 6S6 from gold 713 from lead 693 from mercury Qc), copper, and cadmium 690 from metals 679 sulphide 200 Smith's method of determining silidc add 519 Soda 131 -lime 153^154 %>dium carbonate 135 anhydrous 166 chloride 160,166 determination as carbonate 260 as chloride 260 as nitrate • 249 as sulphate 249 disulphate 141 hydroxide 131 nitrate • 166 -platinic chloride 166 separation from ammonium 603 from potassium 599^ 604 silioofluoride 167 sulphate, anhydroxis ^ 164 thiosulphate 136 Solution of substances 79 potassa ~. 166 stannous chloride for ferric-iron determination ••....* 329 Sonnenschein's method of determining phosphoric add 446 Starch iodide ••• S49 INDEX* 779 PAOB Stolba's method of determimng hydrofluosilicic acid 443 Strontium carbonate 172 determination as carbonate 267 as sulphate 266 separation from calcium 619, 621 from potassium and sodium . • . • • 607, 609 sulphate 171 Struve's method of determining iodine coIorimetricaUy • • 541 Substances, converting into weighable forms 81 Sulphides, determining in presence of carbonates 742 in silicates 742 Sulphur, determination as hydrogen sulphide 558, 562, 569 by Berzelius-Rose's method 564 by Bunsen's method 566 by Rivot-Beudant-Daguin's method 568 in free state by Mortreux's method 570 in sulphides 562, 569 in sulphides, separation from chlorine 756 Sulphuric acid, see acid sulphuric. Sulphurous acid, see acid sulphurous. Table of absorption of carbonic acid 508 of weight of 1 c.c. of carbonic acid at various temperatures and pressures 506 Temperature, influence of on gases, in reading-off 33 Tiemann-Schulze's method of determining nitric acid 582 Thiosulphuric acid, see acid thiosulphuric. Tin, determination as oxide (ic) • • . . 405 as stannic (or metastannic) acid • . • • - 405 as sulphide (ous or ic) 406 by alkaline iodine solution 408 by Lenssen's method - 408 with ferric chloride 408 volumetrically 407 oxide Oc) 219 phosphate (ic) 230 separation from antimony 716, 725 from antimony and arsenic 723, 726, 728 from arsenic 717, 728 from gold 727 from metals of groups i, n, and m 707 from metals of groups iv and v.. . ..* 706 from stannic tin 730 sulphide, hydrated (ic) and (ous) 220 Titanium, determination of 284 Tripotaadum cobaltic nitrite 193 Uranium acetate ^39 780 INDBX. TAam Unuiium detennination . • 335 by Belohoubeck'8 method 336 ■eparation from aluminiimi 674 from barimn, calcium, and strontium 673 from chromium , 674 from cobalt, nickel, and nnc 675 from iron (ic) , 676 from magnesium 674 from other metals of groups i^v 672 Uranyl pyroarsenate 223 pyrophosphate • • . . . 229 Vogel's modification of Fisani's method 361 Vohl's method of determining anenous acid 419 of determining chromic acid 423 Wackenroder-Fresenius' method of separatiog phosphoric add £iom aluminium 459 Water, distilled 127 estimating. 72 Water-bath 58 Weeren's method of determining phosphoric add by Miiller'a modi- fied Schulze's method 452 Weighing, process of 21, 70 Weights, testing, etc 19 Weil's method of determining copper 880 Wells' apparatus for determining carbonic add 499 Werther's method of determining arsenic as uranyl pyroanenate 413 of examining gunpowder residues 742 Wildenstein's method of determining sulphuric add • 437, 438 Wdhler's method of determining silicon fluoride evolved from fluo- rides 478 Zinc 132 carbonate, basic 182 oxide • 183 sulphide 184 detemunation as carbonate 287 as oxide 287 a^ sulphide 288, 289 ■eparation from alununium and manganese 649 from barium and strontium 633, 634 from cadmium 684 from calcium 633, 634 from copper 683 from iron in alloys 660 from nickel, cobalt, and manganese « • . • 660 from potassium and sodium 682 /X^^ YC 32752 UNIVERSITY OF CALIFORNIA LIBRA&V BERKJELEY Return m desk from which borrowed. Thii book u DUE on the hut date itampcd belcn^ MINEJJAL TECHNOLOGY L BRARY NOV I 9 igsj un ^l'WQm^,*4§iBm^i m »?« -av^l^^^jt^r^fi.^: „ ^,01 1904 fC-41*Wt^_ Iflua. z©_ r^^ ^^^ '3o "NIVERSnYOFCAUFORNW LIBRARY. 