Plasma-Chemical Synthesis of Xenon Fluorides and Other Fluorine Oxidizers

Plasma-Chemical Synthesis of Xenon Fluorides and Other Fluorine Oxidizers 

The XeF radicals then can be converted into XeF2 by recombination or disproportiorring reactions  

Thermal synthesis of CIF5 requires high temperatures and pressures of 30 atm and higher. 

Finally, it is interesting to point out the synthesis of O2BF4 from a mixture of O2-F2-BF3. The process yield at temperature -196°C is high and characterized by the G-factor G = 26mol/100eV energy cost of the synthesis is relatively low, only about 4 eV per molecule. 

AMMONIA (NH3), NITRIDES OF PHOSPHORUS, AND SOME OTHER INORGANIC COMPOUNDS 

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