Atomic processes in basic and applied physics/
edited by Viacheslav Shevelko, Hiro Tawara.
- New York: Springer, 2012.
- 495 p.
From the content: Laboratory and astrophysical plasmas -- Modern view on ball lightning: Observations, experiments, theories -- Unravelling the mysteries of matter surrounding supermassive black holes -- Spectroscopic diagnostics of hot coronal plasma -- Hot spots and giant spiders clouding the solar sky -- Populations of excited parabolic states of hydrogen beam in fusion plasmas -- Atomic processes in dusty plasmas.-Atomic and Molecular Data Need for Industrial Application Plasmas -- Atomic collisions -- Charge transfer dynamics in low to intermediate energy ion-atom/molecule collisions studied by momentum imaging techniques -- Single and Multiple Electron Loss by Heavy Ions -- Target-density effects in atomic collisions -- Excitation and ionization in atom-atom collisions -- Atomic collisions in liquid targets -- Excited states of atomic hydrogen in reflected neutrals at high-Z metal surfaces -- The long-range interaction effects in collisions of Rydberg atoms with neutral targets -- Useful formula and Internet resources for ionic collisions -- Applications. Atomic Processes and Data Requirements in Tumor Therapy -- Atomic X-Ray Physics at the Experimental Storage Ring ESR -- Atomic physics using highly intense X-ray pulses -- Cascade of atomic displacements with account for ion-ion cross sections in solid state.