The absolute differential and total cross-sections for single electron capture at energies between 0.5 and 5.0 keV are reported. The reduced differential cross-sections shows an overall increase of at least one order of magnitude and a monotonic decreasing behavior at all the collision energies studied in this work. The total cross-sections for single electron capture are compared with previous experimental measurements. The total cross-section results presented in this paper and obtained by integration of the measured differential cross-sections agree with previous measurements using a beam of pure ground state ions. (C) 2002 Elsevier Science B.V. All rights reserved
Doubly differential cross sections, in energy and angle, for state-selective single-electron capture...
We report the measured total charge-transfer (electron-capture) cross sectionsfor the ground state O...
Doubly differential cross sections, in energy and angle, for state-selective single-electron capture...
Using the time-of-flight technique, the absolute total cross sections for capture electron by O+2 io...
Cross section measurements and calculations are presented for electron capture by multiply charged i...
A multicharged ion-atom merged-beams apparatus has been used in conjunction with the ORNL-ECR ion so...
Cross section measurements and calculations are presented for electron capture by multiply charged i...
Energy-gain spectra and absolute total cross-sections for single-, double-, and triple-electron capt...
Total cross sections for single electron capture by N+ ions impinging on Ne, Kr, and Xe were measure...
State-selective, non-dissociative electron capture processes by very slow nitrogen dications from at...
State-selective, non-dissociative electron capture processes by very slow nitrogen dications from at...
We report measurements of the total and absolute differential electron loss cross sections of 2.0-5....
The first state selective electron capture cross section measurements at eV energies are reported fo...
We report the measured total charge-transfer (electron-capture) cross sectionsfor the ground state O...
The first state selective electron capture cross section measurements at eV energies are reported fo...
Doubly differential cross sections, in energy and angle, for state-selective single-electron capture...
We report the measured total charge-transfer (electron-capture) cross sectionsfor the ground state O...
Doubly differential cross sections, in energy and angle, for state-selective single-electron capture...
Using the time-of-flight technique, the absolute total cross sections for capture electron by O+2 io...
Cross section measurements and calculations are presented for electron capture by multiply charged i...
A multicharged ion-atom merged-beams apparatus has been used in conjunction with the ORNL-ECR ion so...
Cross section measurements and calculations are presented for electron capture by multiply charged i...
Energy-gain spectra and absolute total cross-sections for single-, double-, and triple-electron capt...
Total cross sections for single electron capture by N+ ions impinging on Ne, Kr, and Xe were measure...
State-selective, non-dissociative electron capture processes by very slow nitrogen dications from at...
State-selective, non-dissociative electron capture processes by very slow nitrogen dications from at...
We report measurements of the total and absolute differential electron loss cross sections of 2.0-5....
The first state selective electron capture cross section measurements at eV energies are reported fo...
We report the measured total charge-transfer (electron-capture) cross sectionsfor the ground state O...
The first state selective electron capture cross section measurements at eV energies are reported fo...
Doubly differential cross sections, in energy and angle, for state-selective single-electron capture...
We report the measured total charge-transfer (electron-capture) cross sectionsfor the ground state O...
Doubly differential cross sections, in energy and angle, for state-selective single-electron capture...