Effects of an intense electric field on metal surface geometry
β Scribed by E.R. McMullen; J.P. Perdew; J.H. Rose
- Publisher
- Elsevier Science
- Year
- 1982
- Tongue
- English
- Weight
- 392 KB
- Volume
- 44
- Category
- Article
- ISSN
- 0038-1098
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A jell~um/~rce-elcctron model is used lo estimale the static elatric field at the surface of a mctol cluster\_ The electric field near a cluster with a radius of lo-50 au is round to deviate signifrcnntly From the field at the snme distance from an infinite metallic plane This will Influence several
order of rcactton ~anΒ’,, xs tth both mtcnstt~ aM polarity of the ehx'triΒ’ field. It is sueges, ttxl that, h.,Io~s disek,.,gc mten~,it.~, an ck'~'tric field ma.~ al'fc~:t ~.'olnb|lsttort kinetics by altering gas ~.'onc~:ntration g,'adlcnts, or b', g'OntrtbUllng nell, Β’lt.'t.'troll ntolc~'t|lΒ’ readton
Fluorescence quenching by an external electric field (E) is observed in pyrimidine vapor on excitation into S, under the collision-free conditions. Fluorescence decay is also found to be affected by E. The electric field effects both on intensity and decay are interpreted in terms of a field-induced