oxyfluoride मीनिंग इन हिंदी

उदाहरण वाक्य

1. Phosphorus oxyfluoride in turn reacts to form additional HF and difluorohydroxy phosphoric acid.
2. The only known oxyhalide is the pale green ruthenium ( VI ) oxyfluoride, RuOF 4.
3. Californium ( III ) oxyfluoride ( CfOF ) is prepared by hydrolysis of californium ( III ) fluoride ( CfF 3 ) at high temperature.
4. Hot BF 3 passed over some oxides such as SiO 2 forms BFO . Other oxides that can yield boron oxyfluoride are magnesium oxide, titanium dioxide, carbonates or alumina.
5. Four neptunium oxyfluoride compounds, NpO 2 F, NpOF 3, NpO 2 F 2, and NpOF 4; have been reported although none of them have been extensively studied.
6. hydrolysis yields, a strong Lewis acid that reacts with electron-rich species, such as water . reacts with water to form hydrofluoric acid ( HF ) and phosphorus oxyfluoride.
7. The pentagonal bipyramidal iodine heptafluoride ( IF 7 ) is an extremely powerful fluorinating agent, behind only chlorine trifluoride, chlorine pentafluoride, and bromine pentafluoride among the interhalogens : it reacts with almost all the elements even at low temperatures, fluorinates Pyrex glass to form iodine ( VII ) oxyfluoride ( IOF 5 ), and sets carbon monoxide on fire.
8. Actinium trichloride is obtained by reacting actinium hydroxide or oxalate with carbon tetrachloride vapors at temperatures above 960 �C . Similar to oxyfluoride, actinium oxychloride can be prepared by hydrolyzing actinium trichloride with ammonium hydroxide at 1000 �C . However, in contrast to the oxyfluoride, the oxychloride could well be synthesized by igniting a solution of actinium trichloride in hydrochloric acid with ammonia.
9. Actinium trichloride is obtained by reacting actinium hydroxide or oxalate with carbon tetrachloride vapors at temperatures above 960 �C . Similar to oxyfluoride, actinium oxychloride can be prepared by hydrolyzing actinium trichloride with ammonium hydroxide at 1000 �C . However, in contrast to the oxyfluoride, the oxychloride could well be synthesized by igniting a solution of actinium trichloride in hydrochloric acid with ammonia.