"Chlorine" Quotes from Famous Books
 ... further assisted by the "auxiliary." In this case there would be an hour's bombardment, followed by an hour's "auxiliary," during which time the guns would have to be silent because High Explosive was apt to disperse chlorine gas. At the end of the second hour we should advance and find the occupants all dead. Attacks at dawn and dusk had become very common lately and seemed to be expected by the Boche; we would ...
— The Fifth Leicestershire - A Record Of The 1/5th Battalion The Leicestershire Regiment, - T.F., During The War, 1914-1919. • J.D. Hills
... what looked like a flat boat, but more circular than a boat, and apparently was made of some metal resembling aluminum. Either from the metal hull or from the mechanism inside it there was emitted a pungent odor resembling chlorine. ...
— Astounding Stories of Super-Science, May, 1930 • Various
... solution of the composition of black oxide of manganese, a substance that had long puzzled the chemists. He not only succeeded in this, but incidentally in the course of this series of experiments he discovered oxygen, baryta, and chlorine, the last of far greater importance, at least commercially, than the real object of his search. In speaking of the experiment in which the discovery was ...
— A History of Science, Volume 4(of 5) • Henry Smith Williams
... black matter found in the lungs is not a secretion, but comes from without. The pigmentum nigrum of the ox I find to lose its colour entirely, and to leave only a quantity of white flocks, when rubbed in a mortar with chlorine water. Sepia, which is a preparation of the dark-coloured liquor of the cuttle fish, was also bleached by chlorine, but the black matter of the lungs was not destroyed or bleached in the slightest degree by chlorine, it even survived ...
— An Investigation into the Nature of Black Phthisis • Archibald Makellar
... were not astounding enough, now has come the chemist who devotes himself to making not new commodities (or old ones in new ways), but new substances. He juggles with the atoms of carbon, hydrogen, oxygen, nitrogen, chlorine, and the rest, and far outruns the workings of nature. Up to date he has been able to produce artfully over two hundred thousand compounds, for some of which mankind formerly depended on the alchemy of ...
— The Mind in the Making - The Relation of Intelligence to Social Reform • James Harvey Robinson
... binds atoms together to form molecules. The sugar molecule contains atoms, forty-five in all, of three different elements: carbon, hydrogen, and oxygen. That of salt has two atoms: one of sodium, one of chlorine. Should we say "an atom of sugar"? Why? Of what is a mass of sugar made up? A molecule? A mass of carbon? A molecule? Did the chemical affinity of the acid break up masses or molecules? In this respect it is a type of all ...
— An Introduction to Chemical Science • R.P. Williams
... it is now the aim of the Leblanc alkali manufacturers to reduce the escape of hydrochloric acid to the lowest possible amount, as their profits depend solely upon the sale of chlorine products, soda products being sold at a loss. In this connection it is interesting to note that the amount of common salt manufactured in the United Kingdom in 1888 was 2,039,867 tons, and of this nearly 600,000 tons were taken by Leblanc soda makers, and over 200,000 tons by the ammonia-soda ...
— Scientific American Supplement, No. 717, September 28, 1889 • Various
... changed conditions, or by so-called spontaneous variation. But the analogy fails when we turn to the negative or weak effects of pollen from one species on a distinct species; for although some substances which are extremely dissimilar, for instance, carbon and chlorine, have a very feeble affinity for each other, yet it cannot be said that the weakness of the affinity depends in such cases on the extent to which the substances differ. It is not known why a certain amount of differentiation is necessary or favourable for the chemical ...
— The Effects of Cross & Self-Fertilisation in the Vegetable Kingdom • Charles Darwin
... 60. The following is the action of the sulphuric acid in inflaming the mixture of sulphuret of antimony and chlorate of potassa. A portion of the latter is decomposed by the sulphuric acid into oxide of chlorine, bisulphate of potassa, and perchlorate of potassa. The oxide of chlorine inflames the sulphuret of antimony, which is a combustible body, and the whole mass instantly bursts ...
— The Chemical History Of A Candle • Michael Faraday
... magnesia, which is emptied through, E. The drum, D, after being emptied, is again filled with concentrated solution of chloride of magnesium. The hydrochloric acid leaves through F and G. If, instead of hydrochloric acid, chlorine is to be evolved, it is necessary to heat the furnace by means of hot air, as otherwise the carbonic acid in the gases from the generator would prevent the formation of bleaching powder. The air is heated in two ...
— Scientific American Supplement, No. 586, March 26, 1887 • Various
... iron ink may be due to the character of the paper; if of the cheaper grades and the bleaching compounds employed in their manufacture are not thoroughly washed out, then the ink not only begins to absorb oxygen from the atmosphere but the chlorine in the paper attacks it and the process of destruction is ...
— Forty Centuries of Ink • David N. Carvalho
... of light both combines and decomposes bodies. For instance, chlorine and hydrogen will remain in a glass vessel without alteration if kept in the dark; but if exposed to the rays of the sun, they immediately enter into combination, and produce hydrochloric acid. On the ...
— The History and Practice of the Art of Photography • Henry H. Snelling |
