CARBON OXYSELENIDE

CYANOGEN BROMIDE CYANOGEN CHLORIDE CYANOGEN FLUORIDE CARBON MONOXIDE CARBONYL SULFIDE CARBON OXYSELENIDE CARBON DIOXIDE CARBON DISULFIDE CARBON SELENOSULFIDE CYANOGEN... [Pg.203]

COSe CARBON OXYSELENIDE 525.5520 -9.1072E+03 -2.4172E+02 4.5341E-01 -3.1974E... [Pg.216]

Carbon Oxyselenide, COSe.—By the action of carbonyl chloride on cadmium selenide heated to redness, von Bartal 4 obtained a gas which contained selenium and which was probably carbon oxyselenide. The gas did not liquefy at — 80° C. [Pg.344]

As discussed in Section 1.07.3, several kinds of seleniranes and telluriranes can be synthesized by the reactions of alkenes with the atomic chalcogen generated in the flash photolysis. In the case of seleniranes, carbon diselenide or carbon oxyselenide were used as the source of the selenium atom, while dimethyltelluride was subjected to the flash photolysis to provide the reactive tellurium atoms which react with alkenes to give the expected telluriranes. [Pg.271]

COSe CARBON OXYSELENIDE 21.912 9.2794E-02 -9.7014E-05 5.0943E-08 -1.0615E-11 100 1500 gas... [Pg.358]

Carbon disulfide—sulfiu dioxide complex Carbon monoselenide Carbon monosulfide Carbon monoxide Carbon monoxide dimer-water complex Carbon oxyselenide Carbon oxysulfide Carbon oxysulfide—carbon dioxide dimer complex Carbon oxysulfide—water complex... [Pg.1404]

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