Select Methods in Chemical Analysis: (chiefly Inorganic) |
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Page xiv
... Copper . Detection of traces of copper - Drs . Endemann and Prochazka's method , 296 . Mr. R. C. Woodcock's experiments , 296. Precipitation of metallic copper in quantitative analyses , 297. MM . Millon and Commaille's experiments ...
... Copper . Detection of traces of copper - Drs . Endemann and Prochazka's method , 296 . Mr. R. C. Woodcock's experiments , 296. Precipitation of metallic copper in quantitative analyses , 297. MM . Millon and Commaille's experiments ...
Page xv
... copper , 304 . Titration of any compound of copper not containing either iron or nickel , 305 . Titration of a compound of copper which also contains iron , 305. Obser- vation on the titration of compounds of copper containing iron ...
... copper , 304 . Titration of any compound of copper not containing either iron or nickel , 305 . Titration of a compound of copper which also contains iron , 305. Obser- vation on the titration of compounds of copper containing iron ...
Page xvi
... Copper , 367. Metallic lead , 368. Silver , 368. Separa- tion of gallium from lead , 369. Valuation of commercial lead peroxide- H. Fleck's method , 370 . Thallium . tection of thallium in minerals , 371. Preparation of thallium from ...
... Copper , 367. Metallic lead , 368. Silver , 368. Separa- tion of gallium from lead , 369. Valuation of commercial lead peroxide- H. Fleck's method , 370 . Thallium . tection of thallium in minerals , 371. Preparation of thallium from ...
Page xvii
... copper , 430. In commercial copper- → Reinsch's test , 431. Dr. Odling's process , 431. Estimation of small quantities of arsenic in sulphur - H . Schaeppi's process , 432 . Tellurium and Selenium . Separation of tellurium from ...
... copper , 430. In commercial copper- → Reinsch's test , 431. Dr. Odling's process , 431. Estimation of small quantities of arsenic in sulphur - H . Schaeppi's process , 432 . Tellurium and Selenium . Separation of tellurium from ...
Page 118
... copper nitrate ; this will have the effect of indicating any excess of the ferrocyanide solution , by producing the more or less intense colour characteristic of copper ferrocyanide . The zinc solution should be at a temperature of from ...
... copper nitrate ; this will have the effect of indicating any excess of the ferrocyanide solution , by producing the more or less intense colour characteristic of copper ferrocyanide . The zinc solution should be at a temperature of from ...
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Common terms and phrases
acetic acid added alcohol alkaline aluminium ammonia ammonium sulphide amount analysis antimony arsenic assay barium barium chloride beaker bismuth boiling bromine calcium carbonic acid caustic cent chromic acid citron band cobalt colour containing cool copper Crown 8vo crucible cyanide decantation decomposed didymium dilute dissolved distilled dried drops estimation evaporated to dryness excess ferrocyanide filter filtrate flask fused gallium glass grains grammes heat hydrate hydrochloric acid hydrogen ignited insoluble iodide iodine iridium iron lead liquid litre magnesium manganese mercury metals method mineral mixed mixture nickel nitrate nitric acid obtained operation oxalate oxide oxidised permanganate phosphate phosphoric acid platinum porcelain portion potash potassium chlorate powder precipitate present pure reaction redissolved residue ruthenium salt separated sesquioxide silica silver small quantity sodium carbonate soluble solution of potassium sulphate sulphuretted hydrogen sulphuric acid temperature thallium thiosulphate tion titanic acid traces treated tube uranium vols washed water-bath weighed whilst zinc