Gaseous Electronics Conference

Schmeltekopf, A. L., Fehsenfeld, F. C., Gilman, G. I., Ferguson, E. E., Abstracts of Papers, 18th Annual Gaseous Electronics Conference, Minneapolis, Minn., October 1965. 

G. H. Bearman, H. H. Harris, P. B. James, and J. J. Leventhal, Molecular Excitation in Low Energy Ion-Molecule Collisions, paper presented at 19th Annual Gaseous Electronic Conference, Cleveland, October 1976. 

E. G. Jones, B. M. Hughes, D. G. Hopper, and T. O. Tieman, American Society for Mass Spectrometry, Twenty-third Annual Conference, Houston, May 1975 D. G. Hopper, A. C. Wahl, E. G. Jones, B. M. Hughes, and T. O. Tiernan, 29th Gaseous Electronics Conference, Cleveland, October 1976. 

The MPRES simulator has been validated by comparing predictions to experimental data taken in a Gaseous Electronics Conference (GEC) reference cell [155]. Predicted [101] (lines) and measured [156] (points) radial profiles of electron density, electron temperature, and plasma potential for a chlorine plasma are shown in... 

R. Brandenburg, K.V. Kozlov, P. Michel, H-E. Wagner, Diagnostics of the single filament barrier discharge in air by cross-correlation spectroscopy, 53-rd annual gaseous electronics conference, Houston (Texas) (2000)... 

Nozaki, T. (2002), 55th Gaseous Electronics Conference (GEC-55), Miimeapolis, MN. 

J. F. Paulson, Reaction of H and D" with D2, H2 and HD, Paper V2, 24th Annual Gaseous Electronics Conference, University of Florida, 1971. 

For metals a sublimation temperature is chosen that corresponds to a vapor pressure of 10 Torr. This vapor pressure is not sufficient for all cases. Platinum and boron, e.g., have a vapor pressure of 10" Torr at 2100°C, yet platinum evaporates four times faster than boron at this temperature. The same difference in evaporation rate between metals and nonmetals is observed for osmium and carbon. Both have a vapor pressure of 10" Torr at 2650°C but their evaporation rates are as different as in the case of platinum and boron. Apparently the activation energy for evaporation of nonmetals is higher than for metals. Ease of evaporation or a high vapor pressure does not guarantee fast deposition rates even for metals. Although magnesium and zinc are volatile, they are difficult to deposit because they do not condense easily as their closed outer electron shell confers helium-like properties on their gaseous atoms. 

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