Atomic and Plasma-Material Interaction Data for Fusion Volume 10

Charge Exchange Cross Section Data Relevant to Fusion Research

Contents:

J. Caillat, A. Dubois and J.P. Hansen:
"Recommended partial cross sections for electron capture in C⁶⁺ + H(1s) collision."

M.N. Panov, V.V. Afrosimov and A.A. Basalaev:
"Cross sections of electron capture by multiply charged ions from hydrogen atoms and molecules, and population of electronic states of created ions."

D. Rabli, R. McCarroll and M. Gargaud:
"Extension of model potential method to treat charge transfer in open shell systems. Application to Si³⁺/He, He²⁺/He(2¹S) and He²⁺/He(2³S) systems."

Z. Juhász, G. Lubinski, R. Morgenstern and R. Hoekstra:
"Line emission spectroscopy of low-energy charge transfer reactions."

H.B. Gilbody and R.W. McCullough:
"Measurements of state-selective electron capture by slow multiply charged ions in specified ground or metastable states."

M. Albu, F. Aumayr, J.P. Klein, L. Mrazek, R. Worgotter-Plunger and HP. Winter:
"Charge exchange between slow doubly charged ions and simple molecules: Translational energy spectroscopy and data survey."

D. Elizaga, L.F. Errea, J.D. Gorfinkiel, C. Illescas, A. Macías, L. Méndez, I. Rabadán, A. Riera, A. Rojas and P. Sanz:
"Vibrationally resolved charge trasnfer and ionization cross sections for ion-H₂ (D₂,DT,T₂)collisions."

V.K. Nikulin and N.A. Guschina:
"Theoretical study of electron capture and excitation processes in collisions of alpha particles with helium-like C⁴⁺, N⁵⁺, O⁶⁺ ions."

L. Gulyás and P.D. Fainstein:
"Cross sections for electron capture from atomic helium by fully stripped ions."

R.K. Janev, J.G. Wang and T. Kato:
"Charge exchange cross section database for proton collisions with hydrocarbon molecules."

T. Kusakabe, R.J. Buenker and M. Kimura:
"Charge transfer processes in collisions of H⁺ ions with H₂, D₂, CO, CO₂, CH₄, C₂H₂, C₂H₆ and C₃H₈ molecules below 10 keV."

K. Okuno:
"Cross sections for ion-molecule reactions in hydrogen systems and charge transfer reactions of slow multiply charged ions."