Arsenic combines with fluorine at the ordinary temperature with incandescence.
Nitric acid vapor reacts with great violence with fluorine, a loud explosion resulting.
Perhaps this may be explained by the fact that fluorine has no action at available temperatures upon carbon dioxide.
The corresponding negative group consists only of fluorine and manganese, so far as our investigations have gone.
The element fluorine has at last been successfully isolated, and its chief chemical and physical properties determined.
Statistics and morphology of typical damages of the foil and its resistance to fluorine etching were investigated.
A more potent device may be a mixture of liquid fluorine and hydrogen at very low temperatures.
This can be seen as a continuum superimposed on fluorine ion lines.
