Evidence for Radiative Electron Capture by Fast, Highly Stripped Heavy Ions

Schnopper, H. W.; Betz, Hans Dieter; Delvaille, J. P.; Kalata, K.; Sohval, A. R.; Jones, K. W.; Wegner, H. E.

doi:10.1103/physrevlett.29.898

Cited by 150 publications

(49 citation statements)

References 4 publications

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“…Raisbeck and Yiou (1971) noted that REC was needed to explain total electron capture cross sections for -300-MeV protons incident on low-Z target atoms. The REC photon was observed at nonrelativistic velocities by Schnopper et al (1972), Kienle et al (1973), and others (e.g. Spindler et al 1979), and at relativistic velocities by Anholt et al (1984a).…”

Section: A Radiative Electron Capturementioning

confidence: 79%

Relativistic Heavy-Ion-Atom Collisions

Anholt

Gould

1986

Advances in Atomic and Molecular Physics

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Section: A Radiative Electron Capturementioning

confidence: 79%

Relativistic Heavy-Ion-Atom Collisions

Anholt

Gould

1986

Advances in Atomic and Molecular Physics

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“…The magnitudes of the MO x-ray anisotropies increase strongly with increasing beam energy, as observed in other collisions I-8,23]. The sharp increase in the anisotropy at low x-ray energies is due to the onset of the radiative-electron capture (REC) tail of C1 [24]. Since the REC radiation intensity varies as sin 20, the rise would be present even if the correct Doppler correction for REC (v=0) were applied [25].…”

Section: I(30 ~ E X)mentioning

confidence: 87%

Molecular-orbital X-rays and their anisotropies in heavy-ion collisions in solids and gases

1981

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Molecular-orbital spectra and anisotropies were measured in CI+NaC1, CI+KC1, C1 +Ti, and CI+Ar collisions at bombarding energies between 0.5 and 2.6MeV/a.m.u. The results suggest that at low bombarding energies MO x-rays in the KC1 and NaCI targets are partly produced by a two-collision process. Qualitative differences between the anisotropies of gas-and solid-target induced MO x-ray spectra underline this result. Also, new information on the bombarding-energy dependency of anisotropies at higher projectile velocities has been obtained, confirming previous observations in low-Z systems.

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“…(an improvement of over two orders of magnitude over the y-ray method). The principle of the method is well founded [46,47], and it will be interesting to see some results based on this method. Thin and gaseous targets are the obvious areas where this technique would be most effective.…”

Section: New Techniquesmentioning

confidence: 99%

Compton Scattering from Heavier Metals

Sharma

1993

Zeitschrift Für Naturforschung A

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The use of Compton scattering in the determination of electronic structure has grown considerably in the last two decades. With the advent of synchrotron radiation it has become possible, even with good resolution, to measure several single-crystal orientations to determine three-dimensional electron momentum distributions. Although most of the earlier work has been directed to low-Z materials, in the last few years medium and high-Z metals have also been investigated with this technique. In this paper we present a review of these studies on heavier metals with particular attention to the difficulties encountered. Compton profile measurements from techniques based on energetic ion beams are also considered briefly.

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Evidence for Radiative Electron Capture by Fast, Highly Stripped Heavy Ions

Cited by 150 publications

References 4 publications

Relativistic Heavy-Ion-Atom Collisions

Relativistic Heavy-Ion-Atom Collisions

Molecular-orbital X-rays and their anisotropies in heavy-ion collisions in solids and gases

Compton Scattering from Heavier Metals

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