Absolute differential and integral cross sections for charge transfer of keVO+withN2<

Electric Characteristics of Li2O-Doped TiO2 Nanocrystalline Film and Its Application to Dye-Sensitized Solar Cells

“…For most of the targets that have been studied to date it has been found that, in the energy range considered here, the charge-transfer cross section for O + ground-state ions is smaller than that for O + metastable ions. In the case of O + -N 2 , for instance, differences of greater than an order of magnitude were observed (Lindsay et al 1998). However, in the only previous study of O + with a CO 2 target, in which both ground-state and metastable species were investigated (Moran and Wilcox 1978), the opposite was found to be true; for projectile energies in the vicinity of 1 keV the ground-state O + cross section was found to be approximately twice as great as that for the metastable ion.…”

Absolute Total Single–Electron–Capture Cross Sections of O2+ with N2 Gas

“…The absolute total cross section for single-electron-capture is then evaluated using the following In general, for these types of experiments, the absolute total cross section for electron capture may be determined in two ways; first, those experiments in which the cross sections are determined by measuring the fast neutral products, and utilized by us, Lindsay et al [3], and Moran et al [4]; and second, those experiments in which the slow ion products are measured, and implemented by, Flesch et al [25], and Li et al [26]. In fact, these two types of measurements lead to the same result.…”

Electron-Capture Cross Sections of Ground-State O2+ Recoil Ions in Slow Collisions with H2 and O2

“…has been the goal of many experimental studies [1–4]. These processes have become extremely important in many research areas such as plasma fusion [5], astrophysics and atmospheric science [6,7], atomic physics [8] and the design of controlled thermonuclear fusion devices [9].…”