in gas Mg was resistively heated to 700°C, and the metal vapor was entrained in an Ar carrier gas and allowed to react with N2O;;

nitrogen oxidous in gaseous matrix byproducts: N2; dc discharge (potential 1.5 kV, current 50 mA) of a mixt. of hot Mg vapor, N2O and Ar, react. temp. 900 K, press. 3 Pa, color of emission changed from weak purple to green after evapn. of Mg; detection by IR spectroscopy;

in gaseous matrix Kinetics; N2 flow carrier; laser-induced fluorescence;

in gaseous matrix Kinetics; in flow of N2; laser induced fluorescence;

in gaseous matrix Kinetics; in flow of N2; laser induced fluorescence;