The Chemical News and Journal of Physical Science, Volumes 37-38Griffin, Bohn and Company, 1878 |
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Page 233
... ammonia , and leave the lighter yellow salts of the simpler type . But the transition is best seen with iridium , which forms two distinct series . Like platinum we have- IrH3N , CI , IrH6N , Cl , & c . With the corresponding sulphates ...
... ammonia , and leave the lighter yellow salts of the simpler type . But the transition is best seen with iridium , which forms two distinct series . Like platinum we have- IrH3N , CI , IrH6N , Cl , & c . With the corresponding sulphates ...
Page 44
... ammonia is everywhere possible , and if that matter is decomposing , ammonia is everywhere . This is the general statement which this paper illustrates . It is now many years since it was ob- served by me that organic matter could be ...
... ammonia is everywhere possible , and if that matter is decomposing , ammonia is everywhere . This is the general statement which this paper illustrates . It is now many years since it was ob- served by me that organic matter could be ...
Page 263
... ammonia . The difficulty hitherto in the way of carrying it out in practice was the economical produc- tion of caustic ammonia and its recovery over and over again without at the same time forming a solid refuse , worse to dispose of ...
... ammonia . The difficulty hitherto in the way of carrying it out in practice was the economical produc- tion of caustic ammonia and its recovery over and over again without at the same time forming a solid refuse , worse to dispose of ...
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Common terms and phrases
acetic acid action alcohol alkaline ammonia ammonium analysis aniline apparatus areometer arsenic arsenic acid atomic weight benzol boiling calcium carbonic acid cent chambers Chemical Chemistry chemists chloric acid chloride colour compounds containing copper crystallised crystals decomposed decomposition determined dilute dissolved distilled elements ether evaporation examination experiments filter filtrate flask formed gases gives glass heat hydrate hydrochloric acid hydrogen insoluble Institute iron lime liquid London manganese manufacture matter metal method mineral mixed mixture naphthalin nitrate nitric acid nitrogen nitrous obtained ordinary oxalic oxalic acid oxide oxidised oxygen paper permanganate phosphate phosphoric acid phosphorus plate platinum potash potassium precipitate prepared present produced Prof pure quantity reaction researches Royal salt silica silver Society soda sodium soluble solution specific gravity substance sugar sulphate sulphide sulphuric acid temperature terpenes thallium tion tube vapour washed whilst yellow yielded zinc