The rare gases make up about 1% of the earth's atmosphere, the major component being Ar.
Their inertness toward chemical bond formation has been attributed to the ''stable octet''outer …

Although the rare gas halide lasers were discovered only about three years ago [4.1-6], they
have received a great deal of attention since then and are presently the most highly …

Photolysis of hydrogen halides (and some other hydrogen containing small molecules) in
solid Xe yields in a two step process charged centers, one of them being XeHXe+ …

323. 325. 330 331 334 337·. 343 345 348 349 352. 353. 355 358 360 360 Chemists are
accustomed to studying molecules which are held together by chemical bonds with …

Cross sections for the collisional ionization of the metastable atoms Ne*, Ar*, Kr*, and Xe* by
electrons with impact energy E in the range 6< E< 250 eV are determined in the Born and …

Since the first observation of the emission spectra of the xenon monohalides by Velazco and
Setser1 and in argon monochloride by Golde and Thrush, 2 the rare gas halide systems …

A review is given of the available information on the active media of excimer lasers and
specific examples of such lasers are considered. These utilize transitions between …

The flowing afterglow technique was used to study the reaction~ of XeCP2), KrCP2), and
ArCP2) metastable atoms with small fluorine containing molecules. Pluorides from Groups III …

The B→ X and D→ X systems of XeF are recorded by photographing the emission from the
low‐pressure Xe*/XeF2 and Ar*/XeF2 reactions. A rotational analysis is obtained for the 1–2 …

The strong ultraviolet emission bands (''Spectrum I'') of XeBr, XeI, and KrF have been
photographed following electron‐beam excitation of appropriate noble gas/halide mixtures …