H. Tawara

Excitation, ionization, and electron capture cross sections of atomic hydrogen in collisions with multiply charged ions

Atomic data involving hydrogens relevant to edge plasmas

Data compilation of angular distributions of sputtered atoms

A simple theoretical approach to determine relative ion yield (RIY) in glow discharge mass spectrometry (GDMS)

Bibliography on electron transfer processes in ion-ion/atom/molecule collisions

Cross sections for charge transfers of highly ionized ions in hydrogen atoms

Bibliography on ionization and charge transfer processes in ion-ion collision

Bibliography of electron transfer in ion-atom collisions

Low energy atomic collision research using highly charged ions from EBIS and other ion sources

Low energy molecule-surface interaction processes of relevance to next-generation fusion devices

Present status on atomic and molecular data relevant to fusion plasma diagnostics and modeling

Total and partial ionization cross sections of atoms and ions by electron impact

Multiple-ionization cross sections of atoms and positive ions by electron impact

Total and partial cross sections for electron capture for Cq⁺(q=6-2) and Oq⁺(q=8-2) ions in collisions with H, H₂ and He atoms

Cross sections for electron-impact induced transitions between excited states in He

Total and partial cross sections of electron transfer processes for Beq⁺ and Bq⁺ ions in collisions with H, H₂ and He gas targets

Atomic data for hydrogens in collisions with electrons

Roles of atomic and molecular processes in fusion plasma research

Electron capture and loss cross sections for collisions between heavy ions and hydrogen molecules

Resonance effects in electron-ion collisions

Ionization cross sections of atoms and ions by electron impact

Electron impact ionization data for atoms and ions

Equilibrium charge state distributions of ions (Z₁ ≥ 4) after passage through foils

Computer simulation and data compilation of sputtering yield by hydrogen isotopes (1H+, 2D+, 3T+) and Helium (4He+) ion impact from monatomic solids at normal incidence

Energy dependence of ion-induced sputtering yields from monoatomic solids at normal incidence