This website uses cookies to ensure you get the best experience. Learn more

volatilizes

volatilizes Sentence Examples

  • r 265 at 15° C., possessing a somewhat sweet taste; below o° C. it solidifies to a white crystalline mass, which melts at 17° C. When heated alone it partially volatilizes, but the greater part decomposes; under a pressure of 12 mm.

  • The oxychloride, bromides, and other compounds were subsequently discovered; here we need only notice Moissan's preparation of the trifluoride and Thorpe's discovery of the pentafluoride, a compound of especial note, for it volatilizes unchanged, giving a vapour of normal density and so demonstrating the stability of a pentavalent phosphorus compound (the pentachloride and pentabromide dissociate into a molecule of the halogen element and phosphorus trichoride).

  • This artifice is specially valuable when the substance decomposes or volatilizes in a warm current of carbon dioxide.

  • It forms a white silky mass which volatilizes at about 400° C. It deliquesces in moist air, and is decomposed violently by water.

  • In the oxyhydrogen flame silver boils, forming a blue vapour, while platinum volatilizes slowly, and osmium, though infusible, very readily.

  • It crystallizes in white plates, which melt at 45° C. and boil at 302° C. It is almost insoluble in water, but readily volatilizes in steam.

  • Neville determined it to be 1061 7° C.; Daniel Berthelot gives 1064° C., while Jaquerod and Perrot give 1066.1-1067.4° C. At still higher temperatures it volatilizes, forming a reddish vapour.

  • It has also been shown that gold volatilizes when a gold-amalgam is distilled.

  • (a) Hofmann's is the best if the substance volatilizes at below 310°, and does not react on mercury; otherwise (b) Demuth and Meyer's, Eykman's, Schall's, or other methods may be used.

  • The barium salt is extracted by water and boiled with nitric acid, when the osmium volatilizes in the form of its tetroxide.

  • The salt volatilizes (mostly in the form of a mixed vapour of the two components, which reunite on cooling), and condenses in the dome in the form of a characteristically fibrous and tough crust.

  • The salt crystallizes in cubes of specific gravity 1.995; it melts at about 800° and volatilizes at a bright red heat.

  • It volatilizes slowly at ordinary temperatures, but rapidly on heating.

  • The residue is then heated in a current of superheated steam, in which the boric acid volatilizes and distils over.

  • It crystallizes in colourless cubes and volatilizes when heated very strongly.

  • The tetrachloride, WC1 41 is obtained by partial reduction of the higher chlorides with hydrogen; a mixture of the pentaand hexa-chloride is distilled in a stream of hydrogen or carbon dioxide, and the pentachloride which volatilizes returned to the flask several times.

  • By passing bromine vapour over red-hot tungsten dioxide a mixture of WO 2 Br 2 and WOBr4 is obtained, from which the latter can be removed by gently heating when it volatilizes.

  • The dioxybromide forms light red crystals or a yellow powder; it volatilizes at a red heat, and is not acted upon by water.

  • Silver melts at about rooo C.; recent determinations give 960.7° (Heycock and Neville) and 962° (Becquerel); at higher temperatures it volatilizes with the formation of a pale blue vapour (Stas).

  • It crystallizes in needles or prisms and volatilizes when heated, giving a pale yellow vapour.

  • It fuses at a red-heat, and volatilizes at a yellow-heat; its vapour density at 1300°-1400° corresponds to the formula FeC12.

  • It melts easily and volatilizes.

  • r 265 at 15° C., possessing a somewhat sweet taste; below o° C. it solidifies to a white crystalline mass, which melts at 17° C. When heated alone it partially volatilizes, but the greater part decomposes; under a pressure of 12 mm.

  • The oxychloride, bromides, and other compounds were subsequently discovered; here we need only notice Moissan's preparation of the trifluoride and Thorpe's discovery of the pentafluoride, a compound of especial note, for it volatilizes unchanged, giving a vapour of normal density and so demonstrating the stability of a pentavalent phosphorus compound (the pentachloride and pentabromide dissociate into a molecule of the halogen element and phosphorus trichoride).

  • This artifice is specially valuable when the substance decomposes or volatilizes in a warm current of carbon dioxide.

  • It forms a white silky mass which volatilizes at about 400° C. It deliquesces in moist air, and is decomposed violently by water.

  • In the oxyhydrogen flame silver boils, forming a blue vapour, while platinum volatilizes slowly, and osmium, though infusible, very readily.

  • It crystallizes in white plates, which melt at 45° C. and boil at 302° C. It is almost insoluble in water, but readily volatilizes in steam.

  • Neville determined it to be 1061 7° C.; Daniel Berthelot gives 1064° C., while Jaquerod and Perrot give 1066.1-1067.4° C. At still higher temperatures it volatilizes, forming a reddish vapour.

  • It has also been shown that gold volatilizes when a gold-amalgam is distilled.

  • (a) Hofmann's is the best if the substance volatilizes at below 310°, and does not react on mercury; otherwise (b) Demuth and Meyer's, Eykman's, Schall's, or other methods may be used.

  • The barium salt is extracted by water and boiled with nitric acid, when the osmium volatilizes in the form of its tetroxide.

  • The salt volatilizes (mostly in the form of a mixed vapour of the two components, which reunite on cooling), and condenses in the dome in the form of a characteristically fibrous and tough crust.

  • It readily volatilizes, and if moisture be rigorously excluded, it does not dissociate, but in the presence of mere traces of water it dissociates into ammonia and hydrochloric acid (H.

  • The salt crystallizes in cubes of specific gravity 1.995; it melts at about 800° and volatilizes at a bright red heat.

  • It volatilizes slowly at ordinary temperatures, but rapidly on heating.

  • The residue is then heated in a current of superheated steam, in which the boric acid volatilizes and distils over.

  • It crystallizes in colourless cubes and volatilizes when heated very strongly.

  • The tetrachloride, WC1 41 is obtained by partial reduction of the higher chlorides with hydrogen; a mixture of the pentaand hexa-chloride is distilled in a stream of hydrogen or carbon dioxide, and the pentachloride which volatilizes returned to the flask several times.

  • By passing bromine vapour over red-hot tungsten dioxide a mixture of WO 2 Br 2 and WOBr4 is obtained, from which the latter can be removed by gently heating when it volatilizes.

  • The dioxybromide forms light red crystals or a yellow powder; it volatilizes at a red heat, and is not acted upon by water.

  • Silver melts at about rooo C.; recent determinations give 960.7° (Heycock and Neville) and 962° (Becquerel); at higher temperatures it volatilizes with the formation of a pale blue vapour (Stas).

  • It crystallizes in needles or prisms and volatilizes when heated, giving a pale yellow vapour.

  • It fuses at a red-heat, and volatilizes at a yellow-heat; its vapour density at 1300°-1400° corresponds to the formula FeC12.

  • It melts easily and volatilizes.

Browse other sentences examples →