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- W289900559 abstract "The present paper, one of a four-part series, examines $K$-vacancy cross sections in collisions of symmetric and near-symmetric systems produced with 12-60-MeV Br, 200-330-MeV Kr, 15-80-MeV I, 326-470-MeV Xe, and 90-110-MeV Pb beams. Cross sections are discussed from the point of view of molecular-orbital formation during the collision. In that model, the summed $K$-vacancy cross sections of both collision partners represents essentially the total $2pensuremath{sigma}$ vacancy cross section in the outgoing part of the collision. Experimental summed cross sections using solid targets can have appreciable contributions from multiple-collision effects, which are computed in detail. Proposed single-collision mechanisms of $2pensuremath{sigma}$ vacancy formation are also examined, but none can be established with certainty. The sharing of $2pensuremath{sigma}$ vacancies on the outgoing part of the collision between the $K$ shells of two collision partners is found to agree well with a previously derived formula based on the Nikitin-Demkov long-range coupling model." @default.
- W289900559 created "2016-06-24" @default.
- W289900559 creator A5007519391 @default.
- W289900559 creator A5031180134 @default.
- W289900559 creator A5063963653 @default.
- W289900559 date "1977-07-01" @default.
- W289900559 modified "2023-09-27" @default.
- W289900559 title "K-vacancy production in heavy-ion collisions. II. Multiple- and single-collision excitation in the2pσmolecular orbital" @default.
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- W289900559 doi "https://doi.org/10.1103/physreva.16.169" @default.
- W289900559 hasPublicationYear "1977" @default.
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