1985
DOI: 10.1063/1.449040
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Detection of resonances in electron–molecule scattering using a modulated supersonic molecular beam

Abstract: Resonance spectra are presented for electron-molecule scattering using supersonic molecular beams. The supersonic beam is crossed at right angles by an electron beam. Results for N2 and CO are presented. (AIP).

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“…In the first-row compounds, the bonds are relatively short, causing the a orbitals to be strongly bound and the a* orbitals to be strongly unbound. As a result, temporary ELECTRON ENERGY W) Figure 25. Derivative of the transmitted current as a function of electron-impact energy in the indicated compounds.…”
Section: A Saturated Compoundsmentioning
confidence: 99%
“…In the first-row compounds, the bonds are relatively short, causing the a orbitals to be strongly bound and the a* orbitals to be strongly unbound. As a result, temporary ELECTRON ENERGY W) Figure 25. Derivative of the transmitted current as a function of electron-impact energy in the indicated compounds.…”
Section: A Saturated Compoundsmentioning
confidence: 99%