University of Virginia / Virginia Commonwealth University / University of Louvain / /
IndustryTerm
sample solution / high energy ions / diatomic gas diatomic gas / free jet technology / sharp metal point / high-energy density / mild steel / jet gas / gas density / sudden energy / ambient neutral gas molecules / rotational energy / carrier species / translational energy / energy / energy-sudden methods / gas properties / energy balance / energetic gas phase encounter / silicone pump oil / commonplace tools / light carrier gas / high energy atoms / higher gas temperatures / carrier gas comprising helium / diatomic gas / vacuum systems / rapid energy addition / high translational energy / vibrational energy / ambient gas / jet gas densities / back-scattered decay products / particular gas / oil diffusion pumps / /
Organization
National Science Foundation / Yale’s Medical School / Yale / Virginia Commonwealth University / Department of Engineering and Applied Science / University of Louvain / University of Virginia / Nuclear Regulatory Commission / JOHN B. FENN Department of Chemistry / /
Person
Seymour (Sandy) Lipsky / Van Tiggelen / Bob Koros / Bob Drake / JOHN B. FENN / John Zeleny / Jacques Deckers / Soo / Csaba Horvath / Jim Anderson / John Scott / Michel Boudart / /
Position
salesman / Professor / director / Co-Principal Investigator / lecturer / professor of Mechanical Engineering / instant full professor / /
John B. Fenn - Nobel Lecture