most citedIsotope shift in the electron affinity of chlorine

193 citations · 348 across the 6 of their papers we have counts for

collaborators

6 papers

physics.atom-ph1998★ 193 cited

Isotope shift in the electron affinity of chlorine

Uldis Berzinsh, Morgan Gustafsson, Dag Hanstorp +3

The specific mass shift in the electron affinity between ^{35}Cl and ^{37}Cl has been determined by tunable laser photodetachment spectroscopy to be -0.51(14) GHz. The isotope shif…

physics.atom-ph1997★ 3 cited

Two electron dynamics in photodetachment

D. Hanstorp, G. Haeffler, A. E. Klinkmueller +4

We present the results of experimental studies of photon-negative ion interactions involving the dynamics of two electrons. Resonances associated with doubly excited states of Li^-…

physics.atom-ph1997★ 5 cited

Second-order magnetic contributions to the hyperfine splitting of the 5snd ^1D_2 states in ^87Sr

J. Guedde, A. Klinkmueller, P. J. West +1

The hyperfine structure of 5snd ^1D_2 states in ^{87}Sr was studied for principal quantum numbers 11 <= n <= 25 by Doppler-free two-photon excitation combined with thermionic detec…

physics.atom-ph1997★ 34 cited

Resonance structure in the Li^- photodetachment cross section

Uldis Berzinsh, Gunnar Haeffler, Dag Hanstorp +4

We report on the first observation of resonance structure in the total cross section for the photodetachment of Li^-. The structure arises from the autodetaching decay of doubly ex…

physics.atom-ph1997★ 85 cited

Electron affinity of Li: A state-selective measurement

Gunnar Haeffler, Dag Hanstorp, Igor Kiyan +3

We have investigated the threshold of photodetachment of Li^- leading to the formation of the residual Li atom in the state. The excited residual atom was selectively phot…

physics.atom-ph1997★ 28 cited

The electron affinity of tellurium

Gunnar Haeffler, Andreas E. Klinkmueller, Jonas Rangell +2

The electron affinity of tellurium has been determined to 1.970 876(7) eV. The threshold for photodetachment of Te^-(^{2} P_{3/2}) forming neutral Te in the ground state was invest…